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Signal transduction / Receptors / Membrane biology / Autocrine signalling / Intracrine / Prostaglandin / Cytokine / Hormone / Cell surface receptor / Biology / Cell signaling / Cell biology


Biophysical Journal Volume 85 November 2003
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Document Date: 2005-12-15 10:42:35

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File Size: 3,13 MB

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City

Washington / DC / Sporn / Moscow / New York / /

Company

Oxford University Press / Ligand / J. Comp / /

Country

Russia / United States / /

Currency

USD / /

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Facility

Princeton University / Karpov Institute of Physical Chemistry / Lewis-Sigler Institute / /

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IndustryTerm

autocrine epidermal growth factor receptor systems / computational and analytical tools / heterogeneous media / analytical and computational tools / dynamics algorithm / autocrine systems / numerical solutions / /

MedicalCondition

hypothesis relating carcinogenesis / cancers / Both dissociation / ligand dissociation / cancer / lung cancer / diseases / ligand-receptor dissociation / dissociation / /

Organization

Biophysical Society / National Science Foundation / Princeton University / Chemical Engineering and Lewis-Sigler Institute for Integrative Genomics / Oxford University / Searle Foundation / Department of Chemical Engineering / Karpov Institute of Physical Chemistry / /

Person

Stanislav Y. Shvartsman / G. T. Reeves / Alexander M. Berezhkovskii / Nat / H. Lam / V / /

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Position

Walker / and H. S. Wiley / /

ProvinceOrState

New Jersey / M. B. / New York / /

PublishedMedium

the Biophysical Journal / /

Technology

alpha / Genomics / radiation / cell receptors / tissue engineering / Information Technology / gene expression / cell signaling / adaptive timestep Brownian dynamics algorithm / simulation / pDa / Brownian dynamics algorithm / /

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