As cells divide, chromatin structure is disassembled coincident with DNA replication; therefore, it is not just the primary sequence of DNA but also the epigenetic state leading to proper genome architecture that must be duplicated in each cell cycle.
An exchange mechanism could thus take place between lipoplexes and plasma membranes that would lead to destabilization of the lipoplex structure, DNA disassembling from the complex with delivery directly into the cell cytoplasm [1], [26].
Following uncoating of the viral envelope, core particles are released into the cytoplasm and eventually enter nuclear pores and perhaps the nucleus, disassemble and release RC DNA [4], [5].
The increased amount of H3/H4 bound to Asf1 in the G94P mutant might reflect an enhanced ability of Asf1 to disassemble H3/H4G94P from the DNA compared to WT H3/H4.
But the phosphorylation of XRCC4/XLF by DNA-PKcs can disassemble the XRCC4/XLF filament formation [39].
Therefore, in order to maintain the dynamic nature of chromatin, histones must be transported, shuttled or 'piggy-backed' into the nucleus, assembled onto DNA as nucleosomes, transiently disassembled, replaced or exchanged [ 3].
Such nanoparticles constitute a paradigm shift in biofilm treatment, since, besides releasing ciprofloxacin in a controlled fashion, they are able to target and disassemble the biofilm by degrading the extracellular DNA that stabilize the biofilm matrix.
The program is depicted as a reaction graph using a nodal abstraction that concisely describes the kinetic pathways by which DNA reactants self-assemble and disassemble.
The assembly is the execution of a developmental molecular program specified using a reaction graph abstraction that describes the kinetic pathways by which the DNA reactants self-assemble and disassemble.
It might also be possible that, during DNA replication, CenH3-nucleosomes are disassembled into heterotypic tetramers or 'half-nucleosomes'.
These LNA primers should be able to amplify genomic DNA starting at different specific sites, thereby "disassembling" the genomic DNA into short pieces.
