Pro-CHEMBIO peptide is a large peptide sequence with three disulfide bonds (indicated by the lines between cysteine residues). CHEMBIO Protease cleaves amide bonds between two basic amino acid residues to give the final peptide that is active in the body. The products of this protease reaction are: 1. Two chains that make up active CHEMBIO peptide, which contain the N- and C-terminus sections of the original Pro-CHEMBIO molecule 2. A separate inactive peptide What if instead of CHEMBIO Protease, this peptide was cleaved by trypsin? Indicate the cleavage locations on the structure below. asap
Pro-CHEMBIO peptide is a large peptide sequence with three disulfide bonds (indicated by the lines between cysteine residues). CHEMBIO Protease cleaves amide bonds between two basic amino acid residues to give the final peptide that is active in the body. The products of this protease reaction are: 1. Two chains that make up active CHEMBIO peptide, which contain the N- and C-terminus sections of the original Pro-CHEMBIO molecule 2. A separate inactive peptide What if instead of CHEMBIO Protease, this peptide was cleaved by trypsin? Indicate the cleavage locations on the structure below. asap
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Pro-CHEMBIO peptide is a large peptide sequence with three disulfide bonds (indicated by the lines between cysteine residues). CHEMBIO Protease cleaves amide bonds between two basic amino acid residues to give the final peptide that is active in the body.
The products of this protease reaction are:
1. Two chains that make up active CHEMBIO peptide, which contain the N- and C-terminus sections of the original Pro-CHEMBIO molecule
2. A separate inactive peptide
What if instead of CHEMBIO Protease, this peptide was cleaved by trypsin? Indicate the cleavage locations on the structure below.
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