Gene: Cre14.g610501

Overview

Common name:RAA14,SDR34
Defline:(1 of 2) IPR002347//IPR003560 - Glucose/ribitol dehydrogenase // 2,3-dihydro-2,3-dihydroxybenzoate dehydrogenase; Short-chain dehydrogenase/reductase found in psaA trans-splicing complex
Description:Necessary for trans-splicing of psaA mRNA; Putative 3-oxoacyl-[acyl-carrier-protein] reductase-related; Component of psaA trans-splicing sub complex I
Synonyms:Cre14.g610500.t1.2,SDR34,g14714.t1
Chromosome:chromosome 14

Protein Localization

We did not create a plasmid for this gene.

Protein-Protein Interactions

We did not determine any protein-protein interactions for this gene.

Mutant Strains

Insertion Junction Mutant Strain Insertion Junction Feature Confidence (%) Genome Version
CLIP2.065973_1 CLIP2.065973 intron 63 6.1
LMJ.RY0402.140636_1 LMJ.RY0402.140636 3'UTR 95 5.5
LMJ.RY0402.140636_2 LMJ.RY0402.140636 3'UTR 95 5.5
LMJ.RY0402.154525_1 LMJ.RY0402.154525 intron 73 5.5
LMJ.RY0402.175007_2 LMJ.RY0402.175007 intron 73 5.5
LMJ.RY0402.205563_1 LMJ.RY0402.205563 intron 95 5.5
LMJ.RY0402.205563_2 LMJ.RY0402.205563 intron 95 5.5
LMJ.RY0402.238886_1 LMJ.RY0402.238886 intron 73 5.5

Gene Annotations

PFAM:PF13561
PANTHER: PTHR24322
KEGG_ec:
KEGG_orthology:
KOG:KOG1205
Gene ontology terms::GO:0008667, GO:0019290, GO:0055114
Best arabidopsis TAIR name:AT2G29260.1
Best arabidopsis TAIR symbol:
Best arabidopsis TAIR defline:NAD(P)-binding Rossmann-fold superfamily protein
Phytozome Locus Page

Phenotypes

Mutants in this gene exhibit a phenotype under the following conditions:

Methyl methanesulfonate, screen 4 of 4 ( 77% confidence (FDR = 0.23))

Note: FDR indicates the likelihood that a particular genotype-phenotype relationship is incorrect. Not all mutants in a particular gene show the same phenotype. Please see the mutant pages for each mutant's phenotypes. Complementation is needed to definitively prove a genotype-phenotype link. These data are from a pooled phenotyping experiment.

If you reference the phenotypic data above in a manuscript, please cite: Fauser et al. 2022 Nature Genetics.