MC

81a8

peptide_6802

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KH  Incorrect B. DN  Correct C. NW  Incorrect D. ML  Incorrect E. TL  Incorrect MC

bf15

peptide_b9af

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. DC  Correct B. KC  Incorrect C. VQ  Incorrect D. CR  Incorrect E. DF  Incorrect MC

8769

peptide_6cb6

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TY  Incorrect B. MY  Incorrect C. FY  Correct D. WS  Incorrect E. CE  Incorrect MC

60fe

peptide_06de

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AC  Incorrect B. RQ  Incorrect C. GD  Incorrect D. AG  Correct E. AR  Incorrect MC

caa5

peptide_546b

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AS  Correct B. GL  Incorrect C. AP  Incorrect D. KS  Incorrect E. QR  Incorrect MC

e188

peptide_2237

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. GN  Incorrect B. LS  Correct C. LT  Incorrect D. DS  Incorrect E. CS  Incorrect MC

0a42

peptide_419d

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. ST  Correct B. TP  Incorrect C. MT  Incorrect D. TF  Incorrect E. TH  Incorrect MC

9163

peptide_bba0

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KS  Correct B. NK  Incorrect C. NS  Incorrect D. LP  Incorrect E. KD  Incorrect MC

51ac

peptide_7082

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LN  Incorrect B. WG  Incorrect C. LG  Correct D. MK  Incorrect E. HV  Incorrect MC

1607

peptide_ea79

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TN  Incorrect B. TF  Correct C. NT  Incorrect D. EC  Incorrect E. ET  Incorrect MC

6fe9

peptide_ca1a

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VG  Incorrect B. EN  Incorrect C. EG  Correct D. CG  Incorrect E. ER  Incorrect MC

7916

peptide_ccbe

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LF  Incorrect B. CR  Incorrect C. GA  Correct D. MA  Incorrect E. GE  Incorrect MC

bc39

peptide_e51f

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. GY  Incorrect B. ER  Incorrect C. MN  Incorrect D. QY  Incorrect E. NY  Correct MC

65a0

peptide_2228

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. IR  Incorrect B. KR  Incorrect C. CH  Incorrect D. CR  Correct E. QE  Incorrect MC

1982

peptide_63f1

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AM  Incorrect B. YE  Incorrect C. VS  Incorrect D. MA  Incorrect E. ME  Correct MC

9b78

peptide_9220

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. SM  Incorrect B. HG  Incorrect C. SH  Correct D. GH  Incorrect E. QM  Incorrect MC

4cc7

peptide_ac46

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. YC  Incorrect B. EN  Incorrect C. EF  Incorrect D. TE  Incorrect E. YE  Correct MC

56b1

peptide_9c3a

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VC  Incorrect B. PV  Incorrect C. VG  Correct D. FC  Incorrect E. GQ  Incorrect MC

5836

peptide_e848

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. CT  Incorrect B. TH  Incorrect C. TS  Incorrect D. ET  Correct E. TM  Incorrect MC

4acb

peptide_3006

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LV  Incorrect B. LL  Incorrect C. LC  Correct D. KL  Incorrect E. CC  Incorrect MC

814d

peptide_2228

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. CR  Correct B. AN  Incorrect C. GK  Incorrect D. KR  Incorrect E. KI  Incorrect MC

e274

peptide_f652

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. QY  Correct B. VD  Incorrect C. LY  Incorrect D. QA  Incorrect E. EY  Incorrect MC

df78

peptide_e463

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KN  Incorrect B. FI  Incorrect C. ID  Incorrect D. QI  Correct E. ER  Incorrect MC

8576

peptide_40e1

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LD  Correct B. LS  Incorrect C. CY  Incorrect D. LV  Incorrect E. DH  Incorrect MC

e4f1

peptide_2e22

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FH  Incorrect B. LS  Incorrect C. LM  Incorrect D. SA  Incorrect E. FL  Correct MC

8607

peptide_0309

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. SA  Correct B. DR  Incorrect C. IE  Incorrect D. EA  Incorrect E. WS  Incorrect MC

eb12

peptide_14ef

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AT  Incorrect B. WC  Incorrect C. AW  Correct D. AL  Incorrect E. MV  Incorrect MC

e3a0

peptide_7c88

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. IG  Incorrect B. NT  Incorrect C. RD  Incorrect D. IY  Correct E. IS  Incorrect MC

58f5

peptide_e70f

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. NH  Correct B. SR  Incorrect C. DN  Incorrect D. HP  Incorrect E. HT  Incorrect MC

b2e9

peptide_3e22

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HC  Incorrect B. CT  Incorrect C. WQ  Incorrect D. WN  Correct E. EW  Incorrect MC

8d6e

peptide_7e98

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. IC  Incorrect B. IH  Correct C. YI  Incorrect D. SY  Incorrect E. IT  Incorrect MC

fb57

peptide_9f49

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FR  Incorrect B. MH  Incorrect C. RG  Incorrect D. FG  Correct E. WL  Incorrect MC

5c05

peptide_ef8f

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. WC  Correct B. SC  Incorrect C. WY  Incorrect D. VW  Incorrect E. CA  Incorrect MC

8a74

peptide_08db

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AI  Incorrect B. KI  Correct C. RI  Incorrect D. IT  Incorrect E. KM  Incorrect MC

5d65

peptide_007a

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TW  Incorrect B. MS  Incorrect C. YP  Incorrect D. CY  Incorrect E. CA  Correct MC

d6e4

peptide_8d78

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FW  Correct B. QW  Incorrect C. IF  Incorrect D. GW  Incorrect E. MH  Incorrect MC

6292

peptide_4fb9

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HK  Incorrect B. RA  Incorrect C. EF  Incorrect D. HD  Incorrect E. HY  Correct MC

f2bc

peptide_9030

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VY  Incorrect B. QY  Incorrect C. LY  Incorrect D. SY  Correct E. RS  Incorrect MC

83e3

peptide_70bc

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. EW  Incorrect B. SS  Incorrect C. RE  Correct D. EE  Incorrect E. EI  Incorrect MC

1365

peptide_837d

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. NW  Incorrect B. YL  Incorrect C. TY  Incorrect D. LE  Incorrect E. LY  Correct MC

61bb

peptide_5d97

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HL  Incorrect B. QH  Incorrect C. SG  Incorrect D. GH  Correct E. IS  Incorrect MC

12c8

peptide_2e3d

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. YI  Incorrect B. LS  Incorrect C. IM  Correct D. IN  Incorrect E. IP  Incorrect MC

daac

peptide_be56

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HV  Correct B. HF  Incorrect C. KH  Incorrect D. QQ  Incorrect E. HM  Incorrect MC

3f9f

peptide_007a

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. RM  Incorrect B. CA  Correct C. AA  Incorrect D. CM  Incorrect E. EC  Incorrect MC

436b

peptide_d976

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. DN  Incorrect B. KD  Correct C. KM  Incorrect D. FQ  Incorrect E. KH  Incorrect MC

c905

peptide_41a3

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FT  Incorrect B. YV  Incorrect C. GV  Incorrect D. MV  Correct E. MI  Incorrect MC

078a

peptide_f934

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. YT  Incorrect B. KF  Correct C. QP  Incorrect D. RK  Incorrect E. WF  Incorrect MC

88d9

peptide_b9af

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. PT  Incorrect B. DH  Incorrect C. DC  Correct D. KC  Incorrect E. DD  Incorrect MC

cfad

peptide_9d46

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. QT  Incorrect B. IW  Correct C. IP  Incorrect D. QW  Incorrect E. HW  Incorrect MC

20c9

peptide_b10e

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. IF  Incorrect B. FK  Incorrect C. TK  Incorrect D. LL  Incorrect E. LK  Correct MC

1dda

peptide_bc78

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VE  Correct B. VM  Incorrect C. PE  Incorrect D. SN  Incorrect E. MR  Incorrect MC

bd39

peptide_98af

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. EE  Incorrect B. EI  Incorrect C. NL  Incorrect D. ES  Correct E. IE  Incorrect MC

3d1a

peptide_007a

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. CA  Correct B. SK  Incorrect C. SA  Incorrect D. TK  Incorrect E. CH  Incorrect MC

0575

peptide_9d46

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TW  Incorrect B. IL  Incorrect C. IW  Correct D. IA  Incorrect E. IS  Incorrect MC

7cd3

peptide_71fe

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TW  Incorrect B. HY  Incorrect C. NH  Incorrect D. GW  Incorrect E. SW  Correct MC

3d07

peptide_70bc

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. MN  Incorrect B. NA  Incorrect C. RH  Incorrect D. YE  Incorrect E. RE  Correct MC

a40e

peptide_ae77

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HW  Correct B. HT  Incorrect C. LH  Incorrect D. IN  Incorrect E. WI  Incorrect MC

c723

peptide_7429

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AQ  Correct B. AP  Incorrect C. FQ  Incorrect D. FA  Incorrect E. AM  Incorrect MC

70cb

peptide_09a7

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TY  Correct B. HI  Incorrect C. DC  Incorrect D. VN  Incorrect E. YM  Incorrect MC

8c32

peptide_4739

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VM  Incorrect B. QD  Incorrect C. QT  Incorrect D. QR  Correct E. WR  Incorrect MC

9fc3

peptide_9be2

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KL  Incorrect B. KY  Incorrect C. NV  Incorrect D. ML  Incorrect E. KQ  Correct MC

f7b4

peptide_bbbf

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KR  Incorrect B. DT  Incorrect C. SW  Incorrect D. AL  Incorrect E. DR  Correct MC

7a75

peptide_5718

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KQ  Incorrect B. SC  Incorrect C. QS  Correct D. DR  Incorrect E. NC  Incorrect MC

5011

peptide_9484

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. WD  Incorrect B. IR  Incorrect C. QR  Incorrect D. QN  Correct E. MN  Incorrect MC

363c

peptide_9c04

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. GE  Incorrect B. AY  Incorrect C. HY  Incorrect D. QQ  Incorrect E. HE  Correct MC

bd77

peptide_f934

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. QV  Incorrect B. MF  Incorrect C. FM  Incorrect D. FF  Incorrect E. KF  Correct MC

848a

peptide_f195

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. WY  Incorrect B. GH  Incorrect C. CH  Incorrect D. YC  Incorrect E. CN  Correct MC

c339

peptide_6fc5

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. MV  Incorrect B. SV  Incorrect C. VY  Correct D. RY  Incorrect E. MY  Incorrect MC

1eaa

peptide_8f77

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. QI  Incorrect B. DF  Incorrect C. AI  Incorrect D. IG  Correct E. LW  Incorrect MC

5529

peptide_485f

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KR  Incorrect B. IQ  Incorrect C. LC  Incorrect D. KM  Correct E. KT  Incorrect MC

ee03

peptide_1e5e

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. CM  Incorrect B. IE  Incorrect C. RN  Incorrect D. AT  Incorrect E. IN  Correct MC

132c

peptide_42ee

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. VL  Incorrect B. CT  Correct C. HC  Incorrect D. TK  Incorrect E. PW  Incorrect MC

c985

peptide_7dca

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HK  Correct B. TT  Incorrect C. HP  Incorrect D. QW  Incorrect E. HE  Incorrect MC

bbe6

peptide_f731

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AH  Correct B. PD  Incorrect C. AQ  Incorrect D. AM  Incorrect E. HR  Incorrect MC

bab3

peptide_ea79

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TF  Correct B. TC  Incorrect C. MI  Incorrect D. FH  Incorrect E. PS  Incorrect MC

5a4e

peptide_eef3

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HT  Incorrect B. LI  Incorrect C. IS  Incorrect D. MS  Incorrect E. HS  Correct MC

4094

peptide_7626

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. DW  Incorrect B. NA  Correct C. QA  Incorrect D. NK  Incorrect E. AS  Incorrect MC

1741

peptide_5182

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AQ  Incorrect B. SW  Incorrect C. MW  Correct D. EW  Incorrect E. FE  Incorrect MC

f4a3

peptide_dddd

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. PR  Incorrect B. FR  Correct C. YR  Incorrect D. FH  Incorrect E. MP  Incorrect MC

65a9

peptide_9484

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. PN  Incorrect B. PI  Incorrect C. QD  Incorrect D. KQ  Incorrect E. QN  Correct MC

91e0

peptide_e869

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. GE  Incorrect B. YQ  Incorrect C. TW  Correct D. TF  Incorrect E. SD  Incorrect MC

a8ba

peptide_fb24

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KW  Correct B. TF  Incorrect C. VW  Incorrect D. KM  Incorrect E. KK  Incorrect MC

ee5f

peptide_61df

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LS  Incorrect B. YV  Incorrect C. SV  Correct D. HC  Incorrect E. SM  Incorrect MC

7879

peptide_5db6

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. KV  Incorrect B. VG  Incorrect C. CK  Incorrect D. VN  Incorrect E. VK  Correct MC

4086

peptide_9f56

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. WH  Incorrect B. VC  Incorrect C. RQ  Incorrect D. VF  Incorrect E. IF  Correct MC

64cc

peptide_5d97

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HE  Incorrect B. GW  Incorrect C. HG  Incorrect D. QS  Incorrect E. GH  Correct MC

383d

peptide_cfcd

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LA  Incorrect B. WA  Correct C. DA  Incorrect D. IV  Incorrect E. PG  Incorrect MC

8509

peptide_40e1

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LD  Correct B. LW  Incorrect C. LH  Incorrect D. NE  Incorrect E. YD  Incorrect MC

a097

peptide_e1ab

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. LN  Correct B. CH  Incorrect C. YC  Incorrect D. LG  Incorrect E. LQ  Incorrect MC

fe62

peptide_a991

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. DC  Incorrect B. IE  Incorrect C. PC  Incorrect D. KC  Correct E. VI  Incorrect MC

7397

peptide_ac67

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. HF  Correct B. HE  Incorrect C. HN  Incorrect D. VC  Incorrect E. HR  Incorrect MC

7376

peptide_e869

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TS  Incorrect B. TV  Incorrect C. MQ  Incorrect D. TW  Correct E. HT  Incorrect MC

0574

peptide_234b

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. SC  Correct B. MQ  Incorrect C. HE  Incorrect D. NI  Incorrect E. RC  Incorrect MC

44a9

peptide_0d32

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. MM  Incorrect B. CM  Incorrect C. TM  Incorrect D. GM  Correct E. FM  Incorrect MC

470d

peptide_8d59

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. WI  Incorrect B. FT  Incorrect C. WM  Incorrect D. TT  Incorrect E. WT  Correct MC

ec67

peptide_4739

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. AI  Incorrect B. QR  Correct C. KM  Incorrect D. QH  Incorrect E. TA  Incorrect MC

8662

peptide_bf0b

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FE  Correct B. WF  Incorrect C. FD  Incorrect D. AP  Incorrect E. FA  Incorrect MC

fcae

peptide_6ea6

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. FW  Incorrect B. FF  Incorrect C. FR  Incorrect D. FH  Correct E. FQ  Incorrect MC

67fd

peptide_5b12

A dipeptide is made up of two (2) amino acids. The figure above shows one such dipeptide with an unknown sequence. Your task is to find out the two (2) letter sequence of this dipeptide.

Here is a step-by-step guide to help you answer the question:

  1. Consult an amino acid guide for reference. You can find a PDF guide on Blackboard under "Exam and Quiz" in the "Old Exams" section, with the filename bchm_exam-help_sheet.pdf, or search online for a visual guide that shows all 20 amino acids with their single-letter codes.
  2. Identify the amino-terminal end, represented as NH3+ and highlighted in bright green. Distinguish between the general nitrogens in amino acid backbones (denoted as NH) and the nitrogen in amino acid side chains.
  3. The one (1) peptide bonds connecting the two (2) amino acids are highlighted in bright green, making it easier to distinguish the two (2) amino acids.
  4. Examine the side chain for each of the two (2) amino acids to determine their single-letter amino acid code.
  5. List the single-letter amino acid codes in the amino to carboxyl (N→C) direction. This is the standard method for writing peptide sequences.

Select the correct peptide sequence from the options below:

A. TM  Correct B. QS  Incorrect C. EM  Incorrect D. EL  Incorrect E. AM  Incorrect