FIB

4e3f_4ec3

peptide_4ec3

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MADAM FIB

64a6_eb1b

peptide_eb1b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

REACT FIB

9e56_7d22

peptide_7d22

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TRIED FIB

5ffd_86c1

peptide_86c1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SERIF FIB

4e94_35e0

peptide_35e0

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CAVIL FIB

f492_bdd8

peptide_bdd8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WRECK FIB

4fd5_dd37

peptide_dd37

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TANGY FIB

3604_4b2b

peptide_4b2b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MEALY FIB

df9b_9372

peptide_9372

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MAGMA FIB

735b_cf24

peptide_cf24

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FINER FIB

ad1c_1e68

peptide_1e68

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GRATE FIB

f2aa_077a

peptide_077a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ALLAY FIB

b30f_a9c0

peptide_a9c0

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THIGH FIB

47e5_227d

peptide_227d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FILTH FIB

22d4_8737

peptide_8737

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SKIFF FIB

2ad9_ad9d

peptide_ad9d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THREE FIB

5531_3035

peptide_3035

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FIRST FIB

303c_f4cb

peptide_f4cb

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SMART FIB

6723_0d27

peptide_0d27

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SWEAT FIB

4f74_4d4d

peptide_4d4d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WAFER FIB

89e5_98c2

peptide_98c2

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

HARRY FIB

3196_d6f9

peptide_d6f9

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FINCH FIB

c519_a228

peptide_a228

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RALLY FIB

dbcc_d63a

peptide_d63a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DWARF FIB

928d_fc18

peptide_fc18

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CLICK FIB

ec5d_3a02

peptide_3a02

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ANTIC FIB

dc76_7f52

peptide_7f52

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

INTER FIB

c9c6_f664

peptide_f664

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KARMA FIB

02b1_f98b

peptide_f98b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GAVEL FIB

d7a4_439e

peptide_439e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WEIRD FIB

ea98_2fba

peptide_2fba

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RAINY FIB

57ce_0497

peptide_0497

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

YEAST FIB

073e_e137

peptide_e137

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TIMID FIB

bcc1_da8b

peptide_da8b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TWIRL FIB

40ab_4cf5

peptide_4cf5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GLASS FIB

3764_97bb

peptide_97bb

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DRAFT FIB

1abe_fd7c

peptide_fd7c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FECAL FIB

ff73_e1ff

peptide_e1ff

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHINA FIB

3035_5285

peptide_5285

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CIRCA FIB

c17e_1e66

peptide_1e66

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ALERT FIB

9ba4_6d34

peptide_6d34

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DEFER FIB

943f_ba5d

peptide_ba5d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TAWNY FIB

5401_85a5

peptide_85a5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TRYST FIB

812c_91d8

peptide_91d8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FIEND FIB

3281_6b9d

peptide_6b9d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DEATH FIB

6006_6d73

peptide_6d73

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SNIDE FIB

74f5_e625

peptide_e625

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SCREW FIB

0ace_dfb9

peptide_dfb9

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

STALK FIB

62d3_1a3d

peptide_1a3d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FLAIR FIB

b566_efe7

peptide_efe7

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

VISIT FIB

a40b_e83f

peptide_e83f

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

INLAY FIB

36ff_5998

peptide_5998

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TASTE FIB

a7ab_8bd6

peptide_8bd6

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WHICH FIB

bac8_b74a

peptide_b74a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WASTE FIB

69de_233b

peptide_233b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THINK FIB

293b_0e2e

peptide_0e2e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WAVER FIB

9b75_d658

peptide_d658

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ESTER FIB

891c_1d69

peptide_1d69

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FETCH FIB

5c93_e7ac

peptide_e7ac

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FIFTY FIB

58ea_04df

peptide_04df

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SWARM FIB

94a9_bae1

peptide_bae1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ASHEN FIB

e77c_5c91

peptide_5c91

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

IDEAL FIB

5a71_09d5

peptide_09d5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DRAMA FIB

5d61_dab4

peptide_dab4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CLAIM FIB

c47e_a5ef

peptide_a5ef

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SERVE FIB

9ef2_0d47

peptide_0d47

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GLIDE FIB

9a10_b88c

peptide_b88c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SINEW FIB

47e6_c230

peptide_c230

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RATTY FIB

a1e5_e228

peptide_e228

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MANGA FIB

f2d0_6d6a

peptide_6d6a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

AVERT FIB

6cb3_6c03

peptide_6c03

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CLEAR FIB

ca8d_c7a5

peptide_c7a5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TRICE FIB

4ca0_7ff4

peptide_7ff4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MAGIC FIB

e9c4_6712

peptide_6712

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

LEGAL FIB

6742_255b

peptide_255b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

NANNY FIB

6557_f1b1

peptide_f1b1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KNEAD FIB

41ce_e0b6

peptide_e0b6

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

HEATH FIB

7efe_5716

peptide_5716

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SWAMI FIB

28c8_976e

peptide_976e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CRATE FIB

39d7_51f4

peptide_51f4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DREAM FIB

9b53_6c18

peptide_6c18

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SENSE FIB

de58_4de2

peptide_4de2

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHIEF FIB

9d6c_0dd2

peptide_0dd2

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FRAME FIB

0eaf_f5dc

peptide_f5dc

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SMITE FIB

36c3_83df

peptide_83df

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TRAIT FIB

27c6_3f79

peptide_3f79

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DRIVE FIB

9117_3271

peptide_3271

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RENAL FIB

079c_b1c7

peptide_b1c7

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

LIKEN FIB

933b_309d

peptide_309d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DIGIT FIB

a09b_7707

peptide_7707

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TIDAL FIB

2488_87ce

peptide_87ce

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

HENCE FIB

09d5_3b8f

peptide_3b8f

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FETAL FIB

9a55_4ab7

peptide_4ab7

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ELITE FIB

6efa_7f69

peptide_7f69

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WRING FIB

42f2_e6e5

peptide_e6e5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ARRAY FIB

5448_99c4

peptide_99c4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

EARLY FIB

0786_2db6

peptide_2db6

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GAYLY FIB

d158_4bc8

peptide_4bc8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CLING FIB

54e4_6226

peptide_6226

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DENIM FIB

6fe6_6ed5

peptide_6ed5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GAILY FIB

13b3_23e5

peptide_23e5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CLANK FIB

0df7_4a2a

peptide_4a2a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SWING FIB

f4b7_2785

peptide_2785

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SLEEK FIB

194d_4c15

peptide_4c15

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ICILY FIB

464c_f523

peptide_f523

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TEACH FIB

15c1_2471

peptide_2471

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SMITH FIB

ad8e_b495

peptide_b495

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FARCE FIB

9784_3a83

peptide_3a83

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SLIME FIB

f7a9_d6e9

peptide_d6e9

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

HASTE FIB

eb41_6d07

peptide_6d07

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SNARE FIB

6d2c_41cc

peptide_41cc

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CIVIC FIB

98a1_7f8f

peptide_7f8f

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

YACHT FIB

b42e_3f6b

peptide_3f6b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CACHE FIB

c4bd_d6b6

peptide_d6b6

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TREAT FIB

b656_70e9

peptide_70e9

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

STAIN FIB

0f5c_3dce

peptide_3dce

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TERSE FIB

795d_bc7d

peptide_bc7d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KNEEL FIB

39b2_e34b

peptide_e34b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHADE FIB

0065_7993

peptide_7993

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WATCH FIB

ba7f_e9c2

peptide_e9c2

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FLAIL FIB

1ebb_16d8

peptide_16d8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DITCH FIB

9dfd_d85c

peptide_d85c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

VISTA FIB

c427_29a3

peptide_29a3

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WEARY FIB

742e_5cae

peptide_5cae

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DINGY FIB

1cc8_490e

peptide_490e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ATTIC FIB

5f5f_801b

peptide_801b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SLIDE FIB

3a79_f428

peptide_f428

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHIME FIB

5bfb_cfcc

peptide_cfcc

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHARM FIB

6e3a_20c3

peptide_20c3

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FRESH FIB

13b1_8007

peptide_8007

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DAILY FIB

1a57_e924

peptide_e924

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WIGHT FIB

ebbd_b023

peptide_b023

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CIVIL FIB

30ac_9986

peptide_9986

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FILMY FIB

14ae_8fa4

peptide_8fa4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TYING FIB

21a3_f6f1

peptide_f6f1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FLIER FIB

8593_4a45

peptide_4a45

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WHILE FIB

b451_a819

peptide_a819

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHEIK FIB

a99f_546d

peptide_546d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DRINK FIB

5193_fb10

peptide_fb10

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WHIRL FIB

af7c_8a9a

peptide_8a9a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THANK FIB

a194_80cf

peptide_80cf

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

NERVE FIB

8a64_f508

peptide_f508

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GRASS FIB

f2c3_7fa3

peptide_7fa3

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SEDAN FIB

f78a_7be0

peptide_7be0

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TWICE FIB

55ea_5ddc

peptide_5ddc

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ILIAC FIB

65dc_b42f

peptide_b42f

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FLAME FIB

c2c2_3e77

peptide_3e77

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

STALE FIB

ae54_b9ff

peptide_b9ff

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DECAL FIB

c893_4cab

peptide_4cab

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SLAVE FIB

c5f8_f7ba

peptide_f7ba

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FIELD FIB

a598_b8e8

peptide_b8e8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ENEMY FIB

db75_5def

peptide_5def

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RENEW FIB

785c_0879

peptide_0879

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SALLY FIB

9848_0eb1

peptide_0eb1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

LEAFY FIB

b501_8fb7

peptide_8fb7

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GIVER FIB

6a9d_142b

peptide_142b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

VALVE FIB

70bd_fa6e

peptide_fa6e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GRAIL FIB

7844_2c2e

peptide_2c2e

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SIEVE FIB

8605_fcfd

peptide_fcfd

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHASM FIB

ccd9_be26

peptide_be26

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CIGAR FIB

61b1_a2a8

peptide_a2a8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHEAR FIB

e31c_e352

peptide_e352

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

LYRIC FIB

2fb1_780a

peptide_780a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GRAVE FIB

be40_8e2c

peptide_8e2c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DITTY FIB

2e80_34fe

peptide_34fe

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

DRAIN FIB

def6_f18a

peptide_f18a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THERE FIB

be15_7a83

peptide_7a83

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TWIST FIB

5737_865a

peptide_865a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHAVE FIB

d4aa_c37c

peptide_c37c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ERASE FIB

5c35_2436

peptide_2436

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ALGAE FIB

d803_5c0a

peptide_5c0a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GIVEN FIB

1821_80d1

peptide_80d1

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SKIER FIB

93f0_56f8

peptide_56f8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

EASEL FIB

7b62_1d1b

peptide_1d1b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

GRADE FIB

2075_1897

peptide_1897

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

AWAIT FIB

a0b6_6c14

peptide_6c14

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

TRACT FIB

4ec3_e2c7

peptide_e2c7

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

THEME FIB

1550_24fa

peptide_24fa

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ALIGN FIB

0df6_fd3b

peptide_fd3b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

IDLER FIB

7955_7df5

peptide_7df5

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

CHASE FIB

640f_6e6c

peptide_6e6c

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHEER FIB

ae82_4126

peptide_4126

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MERCY FIB

a9ab_a86f

peptide_a86f

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WAIST FIB

53d7_7f40

peptide_7f40

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MERIT FIB

31fa_bb95

peptide_bb95

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

MARRY FIB

fb5b_ba4b

peptide_ba4b

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ELEGY FIB

eba3_af56

peptide_af56

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SATYR FIB

dea2_2442

peptide_2442

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SHAWL FIB

e19b_2711

peptide_2711

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KRILL FIB

f12b_eb73

peptide_eb73

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

RIGID FIB

2609_e316

peptide_e316

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

ELATE FIB

9e2e_1dc6

peptide_1dc6

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

LEERY FIB

ca5d_a7b4

peptide_a7b4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KNAVE FIB

908b_e4f8

peptide_e4f8

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

FAIRY FIB

3661_2097

peptide_2097

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

EATER FIB

3ea7_142d

peptide_142d

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

SILKY FIB

143c_7c3a

peptide_7c3a

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

KINKY FIB

4e6d_1214

peptide_1214

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

WHACK FIB

5df0_3dd4

peptide_3dd4

A pentapeptide is made up of 5 amino acids. The figure above shows one such peptide chain with an unknown sequence. Your task is to find out the sequence of this pentapeptide.

Here is a step-by-step guide to help you:

Looking at an amino acid guide can help. There is a PDF guide on Blackboard under "Exam and Quiz" with the "Old Exams" and the filename bchm_exam-help_sheet.pdf. You can also search online to find a visual grid that shows all 20 amino acids with their single-letter codes.
First, identify the amino-terminal end, which is represented as NH₃⁺ and highlighted in bright green. It's important to differentiate between the general nitrogens found in amino acid backbones (denoted as NH) and the nitrogen in the side chains of amino acids. Among amino acids, only lysine has a side chain with three hydrogens, resembling the NH₃⁺ of the amino-terminal end.
The peptide bonds are highlighted in bright green, helping you see the different amino acids.
Look at the side chains of each amino acid to figure out their single-letter amino acid code.
Once you know the single-letter codes for the 5 side chains, list them in the amino to carboxyl (N→C) direction. This is the accepted way to write peptide sequences.
The correct sequence of letters will be a five-letter English word. This word is also an answer in the New York Times Wordle™ game.

VILLA