Abstract
The formation of carbamyl and phosphoglyceryl derivatives of both lysine-rich and arginine-rich histones is demonstrated. Lysine-rich histone reacts more readily than arginine-rich histone. Acyl phosphatase prevents histone acylation. The large production of acyl phosphates and concentration of acyl phosphatase in tissues is pointed out, and it is suggested that acyl phosphatase plays a regulatory role in preventing histone acylation.
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