Y chromatin

... interactions (again, affected also by shape/bi-stability) 4) transcription rate and errors (TF to DNA binding rate, polymerase binding rate, chromatin effects) 5) translation rate and errors Thanks a lot

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... interactions (again, affected also by shape/bi-stability) 4) transcription rate and errors (TF to DNA binding rate, polymerase binding rate, chromatin effects) 5) translation rate and errors

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... silencing, genomic imprinting, and transvection, etc). In 2006, Alleman et al proposed that "paramutation is RNA-directed. Stability of the chromatin states associated with paramutation and transposon silencing requires the mop1 gene, which encodes an RNA-dependent RNA polymerase." ...

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... the nature usually has dozens of "reasons" for everything, but maybe the two most profound ones are being asked here. Not sure if chromatin modeling or epigenetics fall into this category yet :) And could you please specify as to how multiple initiation sites actually enhance the ...

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... multiple short strands with the DNA repair and DNA accuracy proofreading complexes could do a proficient job. I am also coming up with a reason of chromatin modeling lately. As the DNA is being replicated, chromatin modeling proteins, and perhaps several ncRNAs also, are being attached and preparing ...

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