3586_1d37
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 two correct answers.
amino acid 2 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 10 Incorrect amino acid 12 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 16 Incorrect MA437c_75d4
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA18be_8d21
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Correct amino acid 12 Incorrect MA44f8_9758
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 17 Incorrect MA18be_c126
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 14 Incorrect MA437c_8099
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 17 Incorrect MA3202_df5a
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 16 Incorrect MA18be_1767
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 4 Incorrect amino acid 6 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 14 Incorrect amino acid 15 Incorrect MA3202_ef39
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect MA3586_9f29
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 two correct answers.
amino acid 1 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 15 Incorrect amino acid 17 Incorrect MA437c_6c0c
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA18be_3954
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect MA18be_3221
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 15 Incorrect MA1f3a_6b4e
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 4 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect MA18be_3bc2
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 14 Incorrect MA3202_d195
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect amino acid 16 Incorrect MA3586_501f
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 6 Incorrect amino acid 8 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 17 Incorrect MA3586_267f
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 two correct answers.
amino acid 1 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Correct amino acid 14 Incorrect MA1f3a_4172
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 3 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect MA1f3a_71d7
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect MA44f8_e565
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 17 Incorrect amino acid 19 Incorrect MA3586_f475
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 two correct answers.
amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 15 Incorrect MA4c74_d6d1
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 7 Incorrect amino acid 8 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 20 Incorrect MA437c_e622
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 18 Incorrect MA4c74_aca8
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 15 Incorrect amino acid 16 Correct amino acid 17 Incorrect MA437c_ae83
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA4c74_35f4
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 7 Incorrect amino acid 8 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 14 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 19 Incorrect MA1f3a_020b
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 14 Incorrect MA3202_3149
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 6 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect MA3586_b621
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 two correct answers.
amino acid 4 Incorrect amino acid 5 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 16 Incorrect MA3202_26e3
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 16 Incorrect MA1f3a_e9c3
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 4 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect MA18be_c1a9
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Correct amino acid 6 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 13 Incorrect MA3202_f665
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 two correct answers.
amino acid 1 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect MA44f8_d6e2
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Incorrect amino acid 15 Correct amino acid 16 Incorrect MA18be_ff0b
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Correct amino acid 6 Incorrect amino acid 8 Incorrect amino acid 10 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 14 Incorrect MA44f8_eeaf
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 14 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 18 Incorrect MA3202_0a73
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect MA1f3a_3195
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 3 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Incorrect MA3202_b6ab
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 6 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect MA4c74_1a5a
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect MA3202_2cc3
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect amino acid 16 Incorrect MA3202_7f1e
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 two correct answers.
amino acid 1 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect MA18be_73d6
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 4 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 15 Incorrect MA437c_6350
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 18 Incorrect MA1f3a_99d4
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect MA3202_601f
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect MA18be_d943
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Correct amino acid 12 Incorrect MA437c_0dfe
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA437c_1332
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 17 Incorrect MA437c_67d0
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 17 Incorrect MA437c_80f9
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA437c_cfeb
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA1f3a_7b6f
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 4 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 13 Incorrect MA3202_0a95
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect MA3202_405d
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 16 Incorrect MA3202_4f7d
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 two correct answers.
amino acid 1 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 16 Incorrect MA1f3a_e933
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Incorrect MA4c74_0ed6
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 7 Incorrect amino acid 8 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 18 Incorrect amino acid 20 Incorrect MA44f8_ef2a
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 18 Incorrect MA1f3a_0285
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Correct amino acid 11 Incorrect MA44f8_2412
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 15 Correct amino acid 16 Incorrect MA1f3a_f9da
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect MA3202_cd59
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 two correct answers.
amino acid 1 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect MA18be_add4
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect MA3586_bb22
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 16 Incorrect amino acid 17 Incorrect MA437c_2e78
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA44f8_92cf
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 14 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 17 Incorrect MA4c74_1168
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 19 Incorrect MA1f3a_62cd
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect MA437c_424a
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 18 Incorrect MA437c_3b62
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 2 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 18 Incorrect MA3202_4284
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 two correct answers.
amino acid 1 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 6 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Correct amino acid 13 Incorrect MA1f3a_23e3
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 9 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect MA3202_2dbc
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 15 Incorrect MA18be_a16f
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Correct amino acid 6 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 15 Incorrect MA4c74_0149
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 18 Incorrect MA1f3a_e3c5
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Correct amino acid 3 Incorrect amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 10 Correct amino acid 11 Incorrect amino acid 13 Incorrect MA4c74_3a21
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect MA18be_8176
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 4 Incorrect amino acid 6 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Correct amino acid 12 Incorrect MA4c74_ca94
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 9 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 14 Incorrect amino acid 16 Correct amino acid 17 Incorrect MA4c74_f18e
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 7 Incorrect amino acid 8 Correct amino acid 10 Incorrect amino acid 11 Incorrect amino acid 13 Incorrect amino acid 14 Incorrect amino acid 16 Correct amino acid 17 Incorrect amino acid 20 Incorrect MA437c_f489
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect amino acid 16 Incorrect amino acid 18 Incorrect MA18be_af1a
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Correct amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 11 Correct amino acid 12 Incorrect amino acid 14 Incorrect amino acid 15 Incorrect MA3202_ad26
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 two correct answers.
amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 5 Incorrect amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect MA44f8_f58e
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 15 Correct amino acid 16 Incorrect MA44f8_3595
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Correct amino acid 8 Incorrect amino acid 10 Incorrect amino acid 12 Incorrect amino acid 15 Correct amino acid 16 Incorrect MA44f8_5b64
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 6 Incorrect amino acid 7 Correct amino acid 10 Incorrect amino acid 12 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 17 Incorrect amino acid 18 Incorrect amino acid 19 Incorrect MA3202_8af5
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect amino acid 15 Incorrect MA3202_77b2
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 two correct answers.
amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect amino acid 14 Incorrect amino acid 16 Incorrect MA44f8_5850
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 11 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 6 Incorrect amino acid 7 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 12 Incorrect amino acid 14 Incorrect amino acid 15 Correct amino acid 16 Incorrect amino acid 17 Incorrect MA3586_6139
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 two correct answers.
amino acid 4 Incorrect amino acid 5 Correct amino acid 6 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 17 Incorrect MA3586_0f41
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 two correct answers.
amino acid 2 Incorrect amino acid 4 Incorrect amino acid 5 Correct amino acid 8 Incorrect amino acid 9 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 17 Incorrect MA3202_0351
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 two correct answers.
amino acid 1 Incorrect amino acid 2 Incorrect amino acid 3 Incorrect amino acid 4 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 9 Incorrect amino acid 12 Correct amino acid 13 Incorrect MA437c_50b8
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 3 Incorrect amino acid 4 Incorrect amino acid 5 Incorrect amino acid 6 Correct amino acid 7 Incorrect amino acid 9 Incorrect amino acid 11 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA4c74_95c0
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 4 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 9 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 16 Correct amino acid 17 Incorrect MA437c_fcd7
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 10 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Correct amino acid 9 Incorrect amino acid 10 Incorrect amino acid 11 Incorrect amino acid 12 Incorrect amino acid 13 Incorrect amino acid 14 Correct amino acid 15 Incorrect MA3586_2f18
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 two correct answers.
amino acid 4 Incorrect amino acid 5 Correct amino acid 7 Incorrect amino acid 8 Incorrect amino acid 10 Incorrect amino acid 13 Correct amino acid 14 Incorrect amino acid 15 Incorrect amino acid 17 Incorrect MA4c74_72c6
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 12 would form a hydrogen bond with which two other amino acids?
Select two correct answers.
amino acid 5 Incorrect amino acid 6 Incorrect amino acid 7 Incorrect amino acid 8 Correct amino acid 11 Incorrect amino acid 13 Incorrect amino acid 15 Incorrect amino acid 16 Correct amino acid 17 Incorrect