treatment of complex diseases / pattern-recognition algorithms / cellular systems / protein processing / pharmaceutical industry / protein network / reactive / model biological systems / inappropriate protein processing / regulatory gene network / gene regulatory network / proteomics technologies / biological systems / integrative computational software / well-characterized transcriptional network / regulatory networks / physical interaction network / normal biological systems / similar technologies / bioinformatics software / search algorithms / treatment of those diseases / a number of cancer therapies / Chemical reactions / energy source / microarray technology / computer-based artificial intelligence algorithm / provisional regulatory gene network / protein chips / model systems / regulatory network / handheld microfluidics device / gene regulatory networks / metal affinity / protein chip technologies / chemical carcinogen / diagnostic tool / genomewide location analysis protocol / /
MedicalCondition
true cancer / vitro-differentiated human myeloid leukemia / ovarian cancer / certain diseases / strain / respective diseases / prostate cancer / MS / infectious agents / tumor / cancer / tumors / disease / hepatocellular carcinoma / complex diseases / malignant skin tumor / cellular dysfunction / certain cancers / same disease / diseases / /
MedicalTreatment
surgeries / cancer therapies / /
Organization
Institute for Systems Biology / American Association for the Advancement of Science / Personalized Medicine Andrea D. Weston† / ‡ and Leroy Hood* / † Institute for Systems Biology / FDA / /
Person
Leroy Hood / Andrea D. Weston / Hamid Bolouri / Hood Figure / Eric Davidson / / /
Position
excellent model for studying development / reporter / /
Systems Biology, Proteomics, and the Future of Health Care: Toward Predictive, Preventative, and Personalized Medicine Andrea D. Weston†,‡ and Leroy Hood*,†