We present a computer simulation on the compaction of 30-nanometer chromatin fiber induced by salt. The nucleosome is represented as rigid oblate ellipsoids ...
Get details about the chapter of Computer Simulation on the Compaction of Chromatin Fiber Induced by Salt from book Life System Modeling and Intelligent ...
Apr 25, 2024 · List of computer science publications by Yong-Wu Zhao. ... Computer Simulation on the Compaction of Chromatin Fiber Induced by Salt.
A new Monte Carlo model for the structure of chromatin is presented here. Based on our previous work on superhelical DNA and polynucleosomes.
Computer Modeling Demonstrates that Electrostatic Attraction of ...
pmc.ncbi.nlm.nih.gov › PMC1471847
This approximation contains the linker DNA and can thus model chromatin-fiber folding, the salt dependence of which was well borne out by these simulations.
Computer simulations of cation-induced folding of the nucleosome array ... Computer simulation of the 30-nanometer chromatin fiber. Biophys. J. 2002;82 ...
Sep 16, 2022 · We validate our BD simulation approach by reproducing experimental trends on fiber diffusion and structure as a function of salt, linker histone ...
We validate our BD simulation approach by reproducing experimental trends on fiber diffusion and structure as a function of salt, linker histone bind- ing, and ...
Computer Simulation on the Compaction of Chromatin Fiber Induced by Salt · C. ZuoYong-Wu ZhaoYongxia ZuoF. JiHao Zheng. Biology, Chemistry. LSMS/ICSEE. 2010.
The results of the simulations with explicit ions are in general agreement with the experimental data, whereas simple Debye-Hückel models are intrinsically ...