The importance of VprBP in promoting the function of TET is supported from the genetic evidence that conditional knockout of in oocytes resulted in a loss of TET3 and abolishment of paternal chromosome 5-hmC

The importance of VprBP in promoting the function of TET is supported from the genetic evidence that conditional knockout of in oocytes resulted in a loss of TET3 and abolishment of paternal chromosome 5-hmC. patterning is made by DNA methyltransferase (DNMT) 3 and is managed by DNMT1, which methylates newly replicated DNA (Goll and Bestor, […]

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