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Epigenetics / DNA / Genetics / Nucleosome / Chromatin / Transcription factor / DNA condensation / Histone / Gene expression / Biology / Molecular biology / Molecular genetics


Document Date: 2012-03-07 05:32:03

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City

Heidelberg / /

Company

Karsten Rippe / Cancer Research Center / Oxford University Press / Intel / /

Country

Germany / /

Currency

USD / /

/

Facility

University Heidelberg / DNA complex / German Cancer Research Center / /

IndustryTerm

recurrent algorithm / energy change corresponding / applicable algorithms / given site / computational algorithms / neural networks / updated dynamic programming algorithm / dynamic programming algorithm / prokaryotic systems / to these systems / energy / web servers / dilute solutions / equilibrium combinatorial solution / precise binding site / potential binding site / mathematical algorithms / dynamic programming algorithms / computing / experimental solutions / transfer matrix algorithms / /

Organization

B. Teif / BioQuant and German Cancer Research Center / BioQuant / German Cancer Research Center / Oxford University / /

Person

Richard Bellman / Karsten Rippe Submitted / Vladimir B. Teif / /

Position

lattice model for protein ^DNA binding / Current methods Corresponding author / Author / Group Leader / left end / /

Technology

Neural network algorithms / RAM / recurrent algorithm / matrix algorithms / laptop computer / DNA binding / human genome / updated dynamic programming algorithm / potentially applicable algorithms / dynamic programming algorithms / gene expression / condensation / http / dynamic programming algorithm / SNP / chromatin Combinatorial methods The algorithms / 2012 The algorithm / following recurrent algorithm / /

URL

http /

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