0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCb081
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 3 and 15 (a residue shift of 6 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MCb081
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 3 and 15 (a residue shift of 6 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCc723
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 14 (a residue shift of 6 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCc723
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 14 (a residue shift of 6 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCb081
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 3 and 15 (a residue shift of 6 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MCb081
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 3 and 15 (a residue shift of 6 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCa011
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 15 (a residue shift of 7 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCb081
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 3 and 15 (a residue shift of 6 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC4675
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 17 (a residue shift of 8 positions) Incorrect MC0584
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect B. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect C. amino acids 3 and 11 (a residue shift of 4 positions) Correct D. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect E. amino acids 1 and 13 (a residue shift of 6 positions) Incorrect MCd737
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect B. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect C. amino acids 5 and 13 (a residue shift of 4 positions) Correct D. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 16 (a residue shift of 7 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC34d4
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 7 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 8 (a residue shift of 1 position) Incorrect B. amino acids 5 and 9 (a residue shift of 2 positions) Incorrect C. amino acids 4 and 10 (a residue shift of 3 positions) Incorrect D. amino acids 3 and 11 (a residue shift of 4 positions) Correct E. amino acids 2 and 12 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect MCd4b7
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 9 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 8 and 10 (a residue shift of 1 position) Incorrect B. amino acids 7 and 11 (a residue shift of 2 positions) Incorrect C. amino acids 6 and 12 (a residue shift of 3 positions) Incorrect D. amino acids 5 and 13 (a residue shift of 4 positions) Correct E. amino acids 4 and 14 (a residue shift of 5 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCc723
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 14 (a residue shift of 6 positions) Incorrect MC0659
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 7 and 9 (a residue shift of 1 position) Incorrect B. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect C. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect D. amino acids 4 and 12 (a residue shift of 4 positions) Correct E. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect MCc723
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 8 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 6 and 10 (a residue shift of 2 positions) Incorrect B. amino acids 5 and 11 (a residue shift of 3 positions) Incorrect C. amino acids 4 and 12 (a residue shift of 4 positions) Correct D. amino acids 3 and 13 (a residue shift of 5 positions) Incorrect E. amino acids 2 and 14 (a residue shift of 6 positions) Incorrect MC4ca2
The α-helix is a right-handed coil in which each backbone N–H group forms a hydrogen bond with the C=O group of an amino acid located a few residues away. The regular pattern of hydrogen bonding stabilizes the helix, preventing it from unraveling.
In a long α-helix, amino acid number 6 would form a hydrogen bond with which two other amino acids?
Select the correct pair of amino acids below.
A. amino acids 5 and 7 (a residue shift of 1 position) Incorrect B. amino acids 4 and 8 (a residue shift of 2 positions) Incorrect C. amino acids 3 and 9 (a residue shift of 3 positions) Incorrect D. amino acids 2 and 10 (a residue shift of 4 positions) Correct E. amino acids 1 and 11 (a residue shift of 5 positions) Incorrect