ENAGenomicsPlant pathology, UC DAVIShttps://www.ebi.ac.uk/ena/browser/view/PRJNA103523Oryza sativaWith the availability of a high quality draft rice genome sequence, large mutant collections, and gene expression oligo arrays for rice, we are now well positioned to dissect rice defense pathways. To do this, we performed global expression analyses to identify genes that are differentially expressed in 10 mutant lines (i.e., Xa21, NH1ox, NRR1ox, GR978, spl11, spl17, NBS2-PI9ox, MPK5ox, OsCoi1ox, and OsNahG1ox), exhibiting altered defense responses. As controls, we used wild typle varieties same with these mutants. Keywords: disease response Overall design: Two-condition experiment, 10 mutants vs wild type control with treatment or without treatment. Biological replicates: 2-4 control, independently grown and harvested. Technical replicates: 1-2 control. One replicate per array.ENAcom, dnsf1, physiological defense response, CG 1618, defense/immunity protein activity., protein SKD2, AI316878, AU020090, Oryza sativa, T1J1_4, Comt, dNSF, NSF1, antimicrobial peptide activity, Rice, SKD2, NSF, Nsf, T1J1.4, Skd2, CG1618, AU067812, red rice <Oryza sativa>, DmNSF, rice, Rices, red rice, N-ethylmaleimide sensitive factor, DmelCG1618, dNSF1, defence response, dNsf1, NSF-1, dNSF-1, Asian cultivated ricered rice, Oryza sativa, Rice., red rice <Oryza sativa>, rice, Asian cultivated rice, RicesfalseOryza sativaNSF 20K Oligo Arrays to Dissect Rice Defense Response Pathways2025-09-242014-02-11PRJNA103523GSE96534530