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Epigenomics / Cellular differentiation / Epigenome / Regulation of gene expression / Chromatin / Histone H3 / DNA methylation / Gene expression / Nucleosome / Genetics / Biology / Epigenetics


A Global Genome Segmentation Method for Exploration of Epigenetic Patterns Lydia Steiner1,2., Lydia Hopp2,3., Henry Wirth2,3, Jo¨rg Galle2, Hans Binder2, Sonja J. Prohaska1,2, Thimo Rohlf2,4* 1 Junior Professorship for
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Document Date: 2012-11-01 08:54:25


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File Size: 3,14 MB

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City

Leipzig / /

Company

ChromaSig / Creative Commons / /

Country

Germany / /

/

Event

Reorganization / /

Facility

University of Leipzig / Institute of Computer Science / Chromatin stable / /

IndustryTerm

in-house tool / evaluation tools / chemical groups / segmentation tool / unsupervised learning algorithm / cell systems / automated learning tool / artificial neural networks / epigenome-associated information processing / exploration tool / software packages / possible further applications / /

NaturalFeature

CEP-islands / /

Organization

e.g. / LIFE Center / Interdisciplinary Center for Bioinformatics / Institute for Mathematics / University of Leipzig / Leipzig / European Union / Leipzig Research Center for Civilization Diseases / European Social Fund / European Regional Development Fund / Institute of Computer Science / /

Person

Leonardo Marin / /

/

Position

original author / Editor / straight forward / /

Product

ESsegmentation / SOMs / /

ProvinceOrState

Mississippi / /

PublishedMedium

PLoS ONE / the PLOS ONE / /

Technology

Bioinformatics / Epigenomics / gene expression / unsupervised learning algorithm / stem cells / 3g / trained using an unsupervised learning algorithm / /

URL

www.plosone.org / /

SocialTag