4. Nuclear proteins - histones have an IEP of about 10.8 and bind to DNA. What
amino acid residues are present in histones in relatively large quantities? How do
these residues ensure strong binding of histones to DNA?
5. The proteins of the blood - albumin contain a large amount of residues of glutamic
and aspartic amino acids. In what medium, acidic or alkaline, does the IEP of
albumin lie?
6. Pepsin of gastric juice has an IEP of about 1. What residues of amino acids are
present in pepsin in large quantities, providing such a low IEP?
7. Which method is more expedient to use for the separation of ceruloplasmin and
γ-globulin from their mixture, if it is known that ceruloplasmin has a molecular
weight 151000, IEP at pH 4.4; and γ-globulin has a molecular weight of 150,000,
IEP at pH 6.3.
Answers
Answer:
can't understand the question.
Explanation:
. Nuclear proteins - histones have an IEP of about 10.8 and bind to DNA. What
amino acid residues are present in histones in relatively large quantities? How do
these residues ensure strong binding of histones to DNA?
5. The proteins of the blood - albumin contain a large amount of residues of glutamic
and aspartic amino acids. In what medium, acidic or alkaline, does the IEP of
albumin lie?
6. Pepsin of gastric juice has an IEP of about 1. What residues of amino acids are
present in pepsin in large quantities, providing such a low IEP?
7. Which method is more expedient to use for the separation of ceruloplasmin and
γ-globulin from their mixture, if it is known that ceruloplasmin has a molecular
weight 151000, IEP at pH 4.4; and γ-globulin has a molecular weight of 150,000,
IEP at pH 6.3.
Answer:
sorry I don't know
please don't mark me as brainliest