power-law distribution / actual network / power-law / therapeutics for human diseases / Protein networks / interaction network / machinery / machinery controlling actin organization / Online Material / genome scale network / local networks / diverse networks / protein ubiquitination machinery / ubiquitin machinery / biological networks / confidence protein interaction network / basal transcriptional machinery / protein interaction network / local interaction networks / power-law exponents / scale-free network / rewired networks / power law / random network / scale-free networks / metabolic networks / power-law and exponential decay / local protein interaction network / random networks / confidence network / splicing machinery / /
MarketIndex
set 20 / /
MedicalCondition
Protein family/human disease / heart disease / ocular albinism / human diseases / long-range disorder / cancer / disease / diabetes / lymphomas / non-Hodgkin lymphoma / human disease / /
Organization
National Institute of Health / Department of Biomedical Engineering / Internal Revenue Service / Yale University School of Medicine / Johns Hopkins University / Imd / Wayne State University School of Medicine / /
Person
Gene Ontology / /
Position
discrete model for the loop distribution / biologist / hierarchical model of network organization / reporter / /
A Protein Interaction Map of Drosophila melanogaster L. Giot,1* J. S. Bader,1*† C. Brouwer,1* A. Chaudhuri,1* B. Kuang,1 Y. Li,1 Y. L. Hao,1 C. E. Ooi,1 B. Godwin,1 E. Vitols,1 G. Vijayadamodar,1 P. Pochart,1 H. Machineni,1 M. Welsh,1 Y. Kong,1 B. Zerhusen,1 R. Malcolm,1 Z. Varrone,1 A. Collis,1