University of British Columbia / University of Ottawa / Yale University / /
IndustryTerm
active site / Web Table / protease web concept / Web Figure / tissuespecific networks / protease web / cleavage products / human and murine networks / Web Is Robust / Web Nikolaus / organism-specific networks / protease network / clip.ubc.ca/supplements/protease-web / concerted action network / cleavage product / mouse protease networks / mouse network / Web situations / limited networks / large and pervasive network / theoretical model networks / connected protease web / protease networks / Web From / mouse protease web / real biological network / hierarchical network / end protein products / proteolytic processing / proteolytic networks / protease web networks / human protease web / biological networks / protease web effects / human and murine proteolytic networks / human networks / Web Structure In / tissue-specific networks / http /
Organization
Department of Psychiatry / National Institute of Health / Breast Cancer Society of Canada / Department of Biochemistry and Molecular Biology / Michael Smith Foundation for Health Research / University of British Columbia / Vancouver / Yale University / Centre for Blood Research / Department of Biochemistry / German Federal Ministry of Education / Centre for High Throughput Biology / University of Ottawa / Ottawa / Natural Sciences and Engineering Research Council of Canada / /
Position
Canada Research Chair / original author / vivo Author / arrow head / Academic Editor / /
Network Analyses Reveal Pervasive Functional Regulation Between Proteases in the Human Protease Web Nikolaus Fortelny1,2,3, Jennifer H. Cox1,2¤a, Reinhild Kappelhoff2,3, Amanda E. Starr1,2¤b, Philipp F. Lange2,3, Paul