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Mathematics / Systems biology / Bioinformatics / Small-world network / Modularity / Degree distribution / Scale-free network / Assortativity / Complex network / Graph theory / Networks / Network theory


REVIEWS NETWORK BIOLOGY: UNDERSTANDING THE CELL’S FUNCTIONAL ORGANIZATION Albert-László Barabási* & Zoltán N. Oltvai‡
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Document Date: 2008-04-11 15:53:33


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City

Notre Dame / /

Company

ADP / Macmillan Magazines Ltd. / Bb Cb 0 Ab / /

Country

United States / /

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Facility

University of Notre Dame / Northwestern University / /

IndustryTerm

power-law degree distribution / power-law scaling / protein interaction networks / transcription-regulatory networks / social and technological networks / cellular networks / molecular interaction networks / hub-and-spoke network / biological networks / protein interaction network / biological systems / machinery / scale-free network / biological applications / power law / technology platforms / quantifiable tools / random network / intercellular web / scale-free networks / metabolic networks / metabolic network / non-biological systems / Random networks / /

Organization

Department of Pathology / Department of Physics / University of Notre Dame / Northwestern University / Chicago / /

Person

Alfréd Rényi / Paul Erdös / /

Position

Major / representative / reporter / engineer / experimental biologist / /

ProvinceOrState

Alberta / Illinois / Indiana / /

Technology

functional genomics / computer chips / evolving technology / DNA Chip / PROTEIN CHIPS / metabolic networks / UDP / /

URL

www.nature.com/reviews/genetics / /

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