A region of chromatin has recently become DNAse I hypersensitive. Which enzyme has been activated to cause this change in chromatin structure? A region of chromatin has recently become DNAse I hypersensitive. Which enzyme has been activated to cause this change in chromatin structure? phosphatase histone methyltransferase histone deacetylase histone acetylase kinase

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4 March, 12:10

A region of chromatin has recently become DNAse I hypersensitive. Which enzyme has been activated to cause this change in chromatin structure? A region of chromatin has recently become DNAse I hypersensitive. Which enzyme has been activated to cause this change in chromatin structure? phosphatase histone methyltransferase histone deacetylase histone acetylase kinase

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Shea Chang · Answer 1

Answer: Histone Acetylase Kinases

Explanation:

DNAse 1 hypersensitive region are regions on the chromatin that are free from nucleosomes and become accessible for transcriptional activity but they become susceptible to degradation by DNase 1. they are activated alongside histone acetylase transferases (HATs). They are usually found ahead of the promoter sequences. This HATs are enzymes that functions in histone modification by activating the tail ends of some of the histones octamers enhancing their unwounding from the DNA to make the DNA accessible to transcriptional activity.