{"code":"C20085","name":"Proteomics","terminology":"ncit","version":"26.09d","conceptStatus":"DEFAULT","leaf":false,"active":true,"synonyms":[{"name":"Proteomic Research","termType":"SY","type":"FULL_SYN","typeCode":"P90","source":"caDSR"},{"name":"Proteomics","termType":"PT","type":"FULL_SYN","typeCode":"P90","source":"FDA","subSource":"pFDA"},{"name":"proteomics","termType":"PT","type":"FULL_SYN","typeCode":"P90","source":"NCI-GLOSS","code":"CDR0000306524"},{"name":"Proteomic Research","termType":"SY","type":"FULL_SYN","typeCode":"P90","source":"NCI"},{"name":"Proteomics","termType":"PT","type":"FULL_SYN","typeCode":"P90","source":"NCI"},{"name":"Proteomics Research","termType":"SY","type":"FULL_SYN","typeCode":"P90","source":"NCI"},{"name":"Proteomics","type":"Preferred_Name","typeCode":"P108"}],"definitions":[{"definition":"The global analysis of cellular proteins. Proteomics uses a combination of sophisticated techniques including two-dimensional (2D) gel electrophoresis, image analysis, mass spectrometry, amino acid sequencing, and bio-informatics to resolve comprehensively, to quantify, and to characterize proteins. The application of proteomics provides major opportunities to elucidate disease mechanisms and to identify new diagnostic markers and therapeutic targets.","code":"P97","type":"DEFINITION","source":"NCI","qualifiers":[{"code":"P381","type":"attribution","value":"J Pathol 2000;192:280-288"}]},{"definition":"The study of the structure and function of proteins, including the way they work and interact with each other inside cells.","code":"P325","type":"ALT_DEFINITION","source":"NCI-GLOSS"}],"properties":[{"code":"P322","type":"Contributing_Source","value":"FDA"},{"code":"P366","type":"Legacy Concept Name","value":"Proteomics"},{"code":"P106","type":"Semantic_Type","value":"Biomedical Occupation or Discipline"},{"code":"P207","type":"UMLS_CUI","value":"C0872252"}]}