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Bacteriophages / Helices / Gene delivery / DNA supercoil / Plasmid / Lambda phage / CI protein / Nucleoid / DNA / Biology / Microbiology / Molecular biology


DNA supercoiling enhances cooperativity and efficiency of an epigenetic switch Kamilla Norregaarda, Magnus Anderssona,b, Kim Sneppena, Peter Eigil Nielsenc, Stanley Brownd, and Lene B. Oddershedea,1 a The Niels Bohr Ins
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Document Date: 2013-12-02 04:38:29


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City

Barcelona / Copenhagen / /

Company

Cold Spring Harbor Lab Press / OL / Boc / Marr AG / Reynolds AE / /

Country

Sweden / Spain / Denmark / /

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Facility

National Cancer Institute / PNA complex / N terminus / Laboratory of Molecular Biology / PNA-Bead Complex / The Institute of Photonic Sciences / Cold Spring Harbor / University of Copenhagen / Umeå University / Emory University / /

IndustryTerm

cooperative free energy / free energy / reagents/analytic tools / regulatory network / 100× oil immersion objective / net free energy change / cooperative free energy terms / /

Organization

National Cancer Institute / Institute of Photonic Sciences / Laboratory of Molecular Biology / Physics / Computational and Life Science Core Faculty / Emory University / Atlanta / Faculty of Health and Sciences / Department of Physics / NHS / University of Copenhagen / Umeå University / Niels Bohr Institute / Center for Cancer Research / /

Person

Dale Lewis / Stanley Brownd / Sankar Adhya / Peter Eigil Nielsenc / Lene B. Oddershedea / Carlo Manzo / Kim Sneppena / Toli c-Nørrelykke / Laura Finzi / Thomas Bentin / /

Position

Author / Espejo RT / mediator / RT / Quantitative model for gene regulation by lambda phage repressor / /

ProgrammingLanguage

A sharp / /

ProvinceOrState

South Dakota / Oregon / DNA / /

PublishedMedium

Cancer Research / Molecular Biology / /

RadioStation

Core / /

Technology

DNA binding / recombination / /

URL

www.pnas.org/lookup/suppl/doi / www.pnas.org/cgi/doi/10.1073/pnas.1215907110 / /

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