Selected article for: "differential expression and expression change"
Author: Aurrecoechea, Cristina; Barreto, Ana; Basenko, Evelina Y.; Brestelli, John; Brunk, Brian P.; Cade, Shon; Crouch, Kathryn; Doherty, Ryan; Falke, Dave; Fischer, Steve; Gajria, Bindu; Harb, Omar S.; Heiges, Mark; Hertz-Fowler, Christiane; Hu, Sufen; Iodice, John; Kissinger, Jessica C.; Lawrence, Cris; Li, Wei; Pinney, Deborah F.; Pulman, Jane A.; Roos, David S.; Shanmugasundram, Achchuthan; Silva-Franco, Fatima; Steinbiss, Sascha; Stoeckert, Christian J.; Spruill, Drew; Wang, Haiming; Warrenfeltz, Susanne; Zheng, Jie
Title: EuPathDB: the eukaryotic pathogen genomics database resource
  • Document date: 2017_1_4
    • ID: t94aufs3_20
    Snippet: A genome-wide loss of function screen using CRISPR technology is available in ToxoDB and provides a measure of a gene's contribution to parasite fitness (24 Quantitative proteomics. This new data type provides evidence for differential protein expression from experimental methods such as SILAC (25, 26) . The searches appear under the Proteomics, Quantitative Mass-Spec Evidence and return genes based on the fold change in protein expression betwee.....
    Document: A genome-wide loss of function screen using CRISPR technology is available in ToxoDB and provides a measure of a gene's contribution to parasite fitness (24 Quantitative proteomics. This new data type provides evidence for differential protein expression from experimental methods such as SILAC (25, 26) . The searches appear under the Proteomics, Quantitative Mass-Spec Evidence and return genes based on the fold change in protein expression between samples. Gene pages include graphs of these data when available.

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