Chapter 4: Q24P. (page 96)
Estimate the isoelectric point of a Ser–His dipeptide. Explain why this value is only an estimate.
Short Answer
The isoelectric point of Ser-His is 6.69.
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Chapter 4: Q24P. (page 96)
Estimate the isoelectric point of a Ser–His dipeptide. Explain why this value is only an estimate.
The isoelectric point of Ser-His is 6.69.
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(a) What is the net charge at neutral pH of a tripeptide containing only alanine? (b) How does the total number of negative and positive charges change following hydrolysis of the tripeptide?
Identify the hydrogen bond donor and acceptor groups in asparagine.
Circle the chiral carbons in the following compounds:

Some hormone-signaling pathways result in the phosphorylation of tyrosine resides in proteins. Draw the structure of a phosphotyrosine side chain.
Explain why all the amino acids except for glycine are chiral.
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