Yunhui Peng (@yunhuip) 's Twitter Profile
Yunhui Peng

@yunhuip

ID: 1012244801578786818

calendar_today28-06-2018 08:02:22

9 Tweet

15 Followers

16 Following

Queen's Health Sciences (@queensuhealth) 's Twitter Profile Photo

What role do histone tails play in modulating nucleosomal DNA accessibility & its recognition by other macromolecules?🧬 Find out in a new pub in Nature Portfolio by FHS researchers Panchenko lab & Shuxiang Li with colleagues from NCBI & Virginia Tech fal.cn/3i0sh

What role do histone tails play in modulating nucleosomal DNA accessibility & its recognition by other macromolecules?🧬
Find out in a new pub in <a href="/NaturePortfolio/">Nature Portfolio</a> by FHS researchers <a href="/AnnaPanchenko13/">Panchenko lab</a> &amp; Shuxiang Li with colleagues from <a href="/NCBI/">NCBI</a> &amp; <a href="/virginia_tech/">Virginia Tech</a>
fal.cn/3i0sh
Jumana AlHaj Abed (@jumanaaha) 's Twitter Profile Photo

Multiscale Genome Organization Biophysical Society is back with another set of graduate student & postdoc talks, Wed.Sept 22nd, 11:00am ET, QnA & discussion lead by Marco Marco Di Stefano. Register here tinyurl.com/MGO21Webinars Great list of Speakers, Stephanie, Yunhui, Bharath & Amit! RT

Nature Communications (@naturecomms) 's Twitter Profile Photo

Molecular dynamics simulations reveal charge-altering histone modifications suppress tail-DNA interactions and may boost interactions between nucleosomes and nucleosome-binding proteins. Panchenko lab Yunhui Peng David Landsman Queen's Health Sciences go.nature.com/3zpBInG

Molecular dynamics simulations reveal charge-altering histone modifications suppress tail-DNA interactions and may boost interactions between nucleosomes and nucleosome-binding proteins. <a href="/AnnaPanchenko13/">Panchenko lab</a> <a href="/YunhuiP/">Yunhui Peng</a> <a href="/DavidLandsman/">David Landsman</a> <a href="/QueensUHealth/">Queen's Health Sciences</a>

go.nature.com/3zpBInG