Why does chromatin remodeling have to be the first step in gene activation? why does chromatin remodeling have to be the first step in gene activation? eukaryotic dna can be highly packaged in condensed chromatin and inaccessible to spliceosomes. eukaryotic and bacterial dna can be highly packaged in condensed chromatin and inaccessible to regulatory proteins and rna polymerase. eukaryotic dna can be highly packaged in condensed chromatin and inaccessible to transcription factors and rna polymerase. eukaryotic dna can be highly packaged in "open" chromatin (nucleosomes) and inaccessible to transcription factors and rna polymerase?

Option 1:  Eukaryotic DNA can be highly packaged in condensed chromatin and inaccessible to transcription factors and RNA polymerase.

Explanation:

A process in which chromatin is rearranged in such a way that it comes in a state ready to began the transcription is known as Chromatin remodeling.

Basically, what happens during chromatin remodeling is chromatin changes from a condensed state into a suitable state to begin transcription, in which DNA binding proteins and transcription factors have access to bind to the DNA and start the process of transcription or gene expression smoothly.

Significance of chromatin remodeling:

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option number one would be youre best option

when a reversible reaction is occurring in both directions at the same rate; the products and reactants do not change in concentration. a chemical reaction where the compound is broken into its constituent parts.

explanation:

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