Gene description
GO biological process
valine biosynthetic process, isoleucine biosynthetic process, branched-chain amino acid biosynthetic process, leucine biosynthetic process
GO cellular component
chloroplast, chloroplast stroma
GO molecular function
L-valine transaminase activity, L-isoleucine transaminase activity, L-leucine transaminase activity, branched-chain-amino-acid transaminase activity, catalytic activity
Metabolic pathway
KEGG pathway
Transcriptional regulation
Protein-protein interaction network
No Interactor
Coexpression network
Differentially expressed condition
8 conditions
Series | Control | Treatment | Log2FC | Adj. P value |
---|---|---|---|---|
GSE17500 | Col, 35S:AFB1, control 0 h | Col, 35S:AFB1, PstDC3000 24 h | -1.69 | 2.83E-05 |
GSE17500 | Col, WT, control 0 h | Col, WT, PstDC3000 24 h | -1.65 | 1.67E-05 |
GSE17500 | Col, miR393, control 0 h | Col, miR393, PstDC3000 24 h | -1.55 | 4.48E-05 |
GSE18978 | Col, WT, control 24 h | Col, WT, PsmES4326 24 h | -2.79 | 1.69E-09 |
GSE37269 | Ei2, WT, control | Ei2, WT, TEV 21 d | -2.03 | 1.13E-03 |
GSE45212 | Col, med14, PstDC3000 AvrRpt2 0 h | Col, med14, PstDC3000 AvrRpt2 12 h | -1.76 | 1.11E-12 |
GSE45212 | Col, med14, PstDC3000 AvrRpt2 0 h | Col, med14, PstDC3000 AvrRpt2 4 h | -1.55 | 8.34E-12 |
GSE45212 | Col, med14, PstDC3000 AvrRpt2 0 h | Col, med14, PstDC3000 AvrRpt2 8 h | -1.76 | 8.94E-13 |
Copyright © 2017 Ziding Zhang's Lab - China Agricultural University. All Rights Reserved.