Suppose that peptide N and O are segments in the globular protein's primary structure, where will each peptide (a. Peptide N and b. Peptide O) be most likely located - is it on the surface, completely exposed to the aqueous environment, or interior of the protein? Explain. Peptide N: L--L--F--A--I--A--M--F--L--N--I--A--I--A--I Peptide O: S--T--E--K--D--R

Suppose that peptide N and O are segments in the globular protein's primary structure, where will each peptide (a. Peptide N and b. Peptide O) be most likely located - is it on the surface, completely exposed to the aqueous environment, or interior of the protein? Explain. Peptide N: L--L--F--A--I--A--M--F--L--N--I--A--I--A--I Peptide O: S--T--E--K--D--R

Organic And Biological Chemistry

7th Edition

ISBN:9781305081079

Author:STOKER, H. Stephen (howard Stephen)

Publisher:STOKER, H. Stephen (howard Stephen)

Chapter9: Proteins

Section: Chapter Questions

Problem 9.58EP

See similar textbooks

Similar questions

Describe in words the hydrogen bonding that occurs in a protein having an -helix secondary structure. A top view of an -helix, looking down the long axis, shows how the side chains green point away from the axis.
The -chain of hemoglobin is a protein that contains 146 amino acids residues. What minimum number of nucleotides must be present in a strand of mRNA that is coded for this protein?
Complete degradation of a protein into individual amino acids involves choose all that are correct: a. Removal of a water molecule from between two amino acids b. Addition of a water molecule between two amino acids c. A hydrolysis reaction d. The breaking of peptide linkage
22-42 (a) How many atoms of the peptide bond lie in the same plane? (b) Which atoms are they?
Which of the following amino acids are more likely to be found on the exterior of a globular protein, and which on the interior? Explain. (a) Valine (b) Aspartic acid (c) Phenylalanine (d) Lysine
Which is NOT a characteristic of proteins? a. They contain genetic information. b. They can act as hormones. c. They can catalyze chemical reactions. d. They act in cell membrane trafficking.
22-6 The members of which class of proteins are insoluble in water and can serve as structural materials?