Role of chromatin phospholipids on template availability and ultrastructure of isolated nuclei
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2008, Advances in Enzyme RegulationCitation Excerpt :The study of the cell cycle machinery has evidenced an emerging role for nuclear polyphosphoinositides (PIs) (Cocco et al., 2006), which control gene expression both as chromatin structure regulators and as second messengers in a number of signal transduction pathways. Manzoli et al. (1982) demonstrated that nuclear negatively charged lipids bind to chromatin and cause its decondensation. It was later shown that PIs regulate the interaction of BAF (a chromatin remodelling complex) to chromatin and that they counteract H1-mediated repression of basal transcription by RNA polymerase II (Yu et al., 1998).
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2004, Biology of the CellCitation Excerpt :PS represents a small percentage of intranuclear PLs which, in part, behaves in similar way to SM (Viola Magni et al., 1985a). It has also been shown that PS can stimulate the activity of DNA polymerase in vitro (Manzoli et al., 1981). In regenerating liver, PS synthesis increased strongly when the DNA synthesis started (unpublished data).
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