An alpha-helix of 40 Angstrom will have ___ residues.
a. 11
b. 26
c. 7
d. 19
The answer is:
An alpha-helix of 40 Angstrom will have 11 residue
1 residue lengths 3.6 Angstrom.so 40 will have
40 / 3.6 = 11 residue.
An alpha-helix of 40 Angstrom will have ___ residues. a. 11 b. 26 c. 7 d....
An alpha-helix of 40 Angstrom will have ___ residues. Please show your calculations. a. 11 b. 26 c. 7 d. 19
I have a 44 angstrom section of alpha-keratin. How many residues would be required to span this distance? HINT: Number of turns of a helix of keratin and number of residues/turn. a. 18 b. 23 c. 27 d. 30
A hypothetical alpha-helix is formed from a polypeptide that contains 30 residues. A. Residue #12 in the helix forms H bonds with atoms from which other residues? B. Which residues would the R-groups be in the same position around the helix as the Rgroup of residue #12?
What is the length of an a-helix made of 40 residues? 27 angstroms 60 angstroms 11 angstroms 216 angstroms
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Which of these is not found in myoglobin? A) alpha helix b) beta sheet c) heme group 1. d) globular folding pattern 2. Which statement about hemoglobin is not true? A) it is globular b) it contains helix- loop-helix c) it has three subunits d) it has heme groups 3. The molecule which binds in the central cavity of hemoglobin when it is deoxygenated is: a) CO2 b) heme c) BPG d) all of these 4. The transition of hemoglobin...
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ter 9. Hemoglobin and Myoglobin Which of these is not found in myoglobin? A) alpha helix b) beta sheetc) heme group, d) globular folding pattern • Which statement about hemoglobin is not true? A) it is globular b) it contains helix loop-helix c) it has three subunits d) it has heme groups · The molecule which binds in the central cavity of hemoglobin when it is deoxygenated is: a) CO2 b) heme c) BPG d) all of these - The...