AT5G13630

Gene Details

Gene ID: AT5G13630
Gene Symbol: ABAR, CCH, CCH1, CHLH, GUN5
Gene Name: ABA-BINDING PROTEIN, CONDITIONAL CHLORINA, H SUBUNIT OF MG-CHELATASE, GENOMES UNCOUPLED 5
Description: magnesium-chelatase subunit chlH, chloroplast, putative / Mg-protoporphyrin IX chelatase, putative (CHLH);(source:Araport11)
TAIR Accession: locus:2173234
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0009025 — vascular leaf — foliage leaf (exact), hoja vascular (Spanish, exact), leaf, vascular (exact), vascular leaves (exact, plural), 維管束のある葉, または維管束植物の葉 (Japanese, exact), crozier (related), macrophyll (related), megaphyll (related), ascidia (narrow), ascidium (narrow), fiddlehead (narrow), frond (narrow), needle-like leaf (narrow), pitcher (narrow), pitcher blade (narrow), pitcher-blade (narrow), scale-like leaf (narrow), sterile frond (narrow), trophophyll (narrow)

GO:0044283 — acts upstream of or within — small molecule biosynthetic process
GO:0019538 — acts upstream of or within — protein metabolic process
GO:0071482 — acts upstream of or within — cellular response to light stimulus
GO:0044255 — acts upstream of or within — cellular lipid metabolic process
GO:0019438 — acts upstream of or within — aromatic compound biosynthetic process
GO:0009409 — acts upstream of or within — response to cold
GO:0003729 — enables — mRNA binding
GO:1901362 — acts upstream of or within — organic cyclic compound biosynthetic process
GO:0008610 — acts upstream of or within — lipid biosynthetic process
GO:0005739 — located in — mitochondrion
GO:0042548 — acts upstream of or within — regulation of photosynthesis, light reaction
GO:0018130 — acts upstream of or within — heterocycle biosynthetic process
GO:0009706 — located in — chloroplast inner membrane
GO:0015995 — acts upstream of or within — chlorophyll biosynthetic process
GO:0009507 — located in — chloroplast
GO:0016070 — acts upstream of or within — RNA metabolic process
GO:0044271 — acts upstream of or within — cellular nitrogen compound biosynthetic process
GO:0009507 — is active in — chloroplast
GO:0071483 — acts upstream of or within — cellular response to blue light
GO:0015995 — involved in — chlorophyll biosynthetic process
GO:0007623 — acts upstream of or within — circadian rhythm
GO:0010007 — part of — magnesium chelatase complex

CS6499 — Light-sensitive reduction of chlorophyll accumulation.
CS6499 — cch mutant shows strong ABA insensitivity than wild-type in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The mutant also shows weak ABA insensitivity in germination and growth after germination.
CS6499 — cch1-1 is paler than gun5-1.
cch1 mutant — leaky. Isolated as slow in greening after etiolated seedlings were placed in continuous light.
lhcb6 cch — lhcb6 cch double mutant shows ABA insensitivity than wild-type in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening, and the strength of the ABA insensitive phenotypes is comparable to that of the cch mutant, stronger than that of the lhcb6 single mutant and lhcb1 lhcb6 double mutant.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G13630.1
CTCCCAAACCATGAAAATATGAATAGAAATCTCAATGAGCCAATCAGAGGCCAGCAAAGTCCATCTCATTGTCCCAAGCGGATATACATCCGACAAAACTCAACCTCACAAGTAGACTCTCCCTTCTTCCGTAACTATTCGTCCACGTGTCCTTCCCTCTCACCACTTACCTTCAAAACCAACGCTTCTTTTTTAGTTCCTTGGTCCGAAGCGTTTACCGATGAGAGAATCATAAACTCCCACTTGGAGCTCAAAAAGTGTAAGAGACAACCAACAAAAAACGATTCATCTCTTCTCCTATCCTCTCCTCTTCGAATTCAACGTTTGGAGAATCCAGCAGCCGCAAAATGGCTTCGCTTGTGTATTCTCCATTCACTCTATCCACTTCTAAAGCAGAGCATCTCTCTTCGCTCACTAACAGTACCAAACATTCTTTCCTCCGGAAGAAACACAGATCAACCAAACCAGCCAAATCTTTCTTCAAGGTGAAATCTGCTGTATCTGGAAACGGCCTCTTCACACAGACGAACCCGGAGGTCCGTCGTATAGTTCCGATCAAGAGAGACAACGTTCCGACGGTGAAAATCGTCTACGTCGTCCTCGAGGCTCAGTACCAGTCTTCTCTCAGTGAAGCCGTGCAATCTCTCAACAAGACTTCGAGATTCGCATCCTACGAAGTGGTTGGATACTTGGTCGAGGAGCTTAGAGACAAGAACACTTACAACAACTTCTGCGAAGACCTTAAAGACGCCAACATCTTCATTGGTTCTCTGATCTTCGTCGAGGAATTGGCGATTAAAGTTAAGGATGCGGTGGAGAAGGAGAGAGACAGGATGGACGCAGTTCTTGTCTTCCCTTCAATGCCTGAGGTAATGAGACTGAACAAGCTTGGATCTTTTAGTATGTCTCAATTGGGTCAGTCAAAGTCTCCGTTTTTCCAACTCTTCAAGAGGAAGAAACAAGGCTCTGCTGGTTTTGCCGATAGTATGTTGAAGCTTGTTAGGACTTTGCCTAAGGTTTTGAAGTACTTACCTAGTGACAAGGCTCAAGATGCTCGTCTCTACATCTTGAGTTTACAGTTTTGGCTTGGAGGCTCTCCTGATAATCTTCAGAATTTTGTTAAGATGATTTCTGGATCTTATGTTCCGGCTTTGAAAGGTGTCAAAATCGAGTATTCGGATCCGGTTTTGTTCTTGGATACTGGAATTTGGCATCCACTTGCTCCAACCATGTACGATGATGTGAAGGAGTACTGGAACTGGTATGACACTAGAAGGGACACCAATGACTCACTCAAGAGGAAAGATGCAACGGTTGTCGGTTTAGTCTTGCAGAGGAGTCACATTGTGACTGGTGATGATAGTCACTATGTGGCTGTTATCATGGAGCTTGAGGCTAGAGGTGCTAAGGTCGTTCCTATATTCGCAGGAGGGTTGGATTTCTCTGGTCCAGTAGAGAAATATTTCGTAGACCCGGTGTCGAAACAGCCCATCGTAAACTCTGCTGTCTCCTTGACTGGTTTTGCTCTTGTTGGTGGACCTGCAAGGCAGGATCATCCCAGGGCTATCGAAGCCCTGAAAAAGCTCGATGTTCCTTACCTTGTGGCAGTACCACTGGTGTTCCAGACGACAGAGGAATGGCTAAACAGCACACTTGGTCTGCATCCCATCCAGGTGGCTCTGCAGGTTGCCCTCCCTGAGCTTGATGGAGCGATGGAGCCAATCGTTTTCGCTGGTCGTGACCCTAGAACAGGGAAGTCACATGCTCTCCACAAGAGAGTGGAGCAACTCTGCATCAGAGCGATTCGATGGGGTGAGCTCAAAAGAAAAACTAAGGCAGAGAAGAAGCTGGCAATCACTGTTTTCAGTTTCCCACCTGATAAAGGTAATGTAGGGACTGCAGCTTACCTCAATGTGTTTGCTTCCATCTTCTCGGTGTTAAGAGACCTCAAGAGAGATGGCTACAATGTTGAAGGCCTTCCTGAGAATGCAGAGACTCTTATTGAAGAAATCATTCATGACAAGGAGGCTCAGTTCAGCAGCCCTAACCTCAATGTAGCTTACAAAATGGGAGTCCGTGAGTACCAAGACCTCACTCCTTATGCAAATGCCCTGGAAGAAAACTGGGGGAAACCTCCGGGGAACCTTAACTCAGATGGAGAGAACCTTCTTGTCTATGGAAAAGCGTACGGTAATGTTTTCATCGGAGTGCAACCAACATTTGGGTATGAAGGTGATCCCATGAGGCTGCTTTTCTCCAAGTCAGCAAGTCCTCATCACGGTTTTGCTGCTTACTACTCTTATGTAGAAAAGATCTTCAAAGCTGATGCTGTTCTTCATTTTGGAACACATGGTTCTCTCGAGTTTATGCCCGGGAAGCAAGTGGGAATGAGTGATGCTTGTTTTCCCGACAGTCTTATCGGGAACATTCCCAATGTCTACTATTATGCAGCTAACAATCCCTCTGAAGCTACCATTGCAAAGAGGAGAAGTTATGCCAACACCATCAGTTATTTGACTCCTCCAGCTGAGAATGCTGGTCTATACAAAGGGCTGAAGCAGTTGAGTGAGCTGATATCGTCCTATCAGTCTCTGAAGGACACGGGGAGAGGTCCACAGATCGTCAGTTCCATCATCAGCACAGCTAAGCAATGTAATCTTGATAAGGATGTGGATCTTCCAGATGAAGGCTTGGAGTTGTCACCTAAAGACAGAGATTCTGTGGTTGGGAAAGTTTATTCCAAGATTATGGAGATTGAATCAAGGCTTTTGCCGTGCGGGCTTCACGTCATTGGAGAGCCTCCATCCGCCATGGAAGCTGTGGCCACACTGGTCAACATTGCTGCTCTAGATCGTCCGGAGGATGAGATTTCAGCTCTTCCTTCTATATTAGCTGAGTGTGTTGGAAGGGAGATAGAGGATGTTTACAGAGGAAGCGACAAGGGTATCTTGAGCGATGTAGAGCTTCTCAAAGAGATCACTGATGCCTCACGTGGCGCTGTTTCCGCCTTTGTGGAAAAAACAACAAATAGCAAAGGACAGGTGGTGGATGTGTCTGACAAGCTTACCTCGCTTCTTGGGTTTGGAATCAATGAGCCATGGGTTGAGTATTTGTCCAACACCAAGTTCTACAGGGCGAACAGAGATAAGCTCAGAACAGTGTTTGGTTTCCTTGGAGAGTGCCTGAAGTTGGTGGTCATGGACAACGAACTAGGGAGTCTAATGCAAGCTTTGGAAGGCAAGTACGTCGAGCCTGGCCCCGGAGGTGATCCCATCAGAAACCCAAAGGTCTTACCAACCGGTAAAAACATCCATGCCTTAGATCCTCAGGCTATTCCCACAACAGCAGCAATGGCAAGTGCCAAGATTGTGGTTGAGAGGTTGGTAGAGAGACAGAAGCTCGAAAACGAAGGGAAATATCCCGAGACAATCGCGCTTGTTCTTTGGGGAACTGACAACATCAAAACATATGGGGAGTCTCTTGGGCAGGTTCTTTGGATGATTGGTGTGAGACCAATTGCTGATACTTTTGGAAGAGTGAACCGTGTCGAGCCTGTGAGCTTAGAAGAACTAGGAAGGCCGAGGATCGATGTAGTTGTTAACTGCTCAGGGGTCTTCCGTGATCTCTTTATCAACCAGATGAACCTTCTTGACCGAGCTATCAAGATGGTGGCGGAGCTAGATGAGCCTGTAGAGCAAAATTTTGTAAGGAAACACGCGTTGGAACAAGCAGAGGCGCTTGGCATTGATATTAGAGAGGCAGCGACAAGAGTTTTCTCAAACGCTTCAGGGTCATACTCAGCCAACATCAGTCTTGCTGTTGAAAACTCGTCATGGAACGATGAGAAACAGCTTCAGGACATGTACTTGAGCCGCAAATCGTTTGCGTTTGATAGTGATGCTCCTGGAGCAGGAATGGCTGAGAAGAAGCAGGTCTTTGAGATGGCTCTTAGCACTGCAGAAGTCACCTTCCAGAACCTGGATTCTTCAGAGATTTCTTTGACTGATGTGAGCCACTACTTCGATTCTGACCCTACAAATCTAGTTCAGAGTTTGAGGAAGGATAAGAAGAAACCAAGCTCTTACATTGCTGACACTACAACTGCAAACGCGCAGGTGAGGACACTATCTGAGACAGTGAGGCTGGACGCAAGAACAAAGCTGCTGAATCCAAAGTGGTACGAAGGAATGATGTCAAGTGGATATGAAGGAGTTCGTGAGATAGAGAAGAGACTGTCCAACACTGTGGGATGGAGTGCAACGTCAGGTCAAGTAGACAATTGGGTCTACGAGGAGGCCAACTCAACTTTCATCCAAGACGAGGAGATGCTGAACCGTCTCATGAACACCAATCCCAACTCCTTCAGGAAAATGCTTCAGACTTTCTTGGAGGCCAATGGTCGTGGCTACTGGGACACTTCCGCTGAAAACATAGAGAAGCTCAAGGAATTGTACTCGCAGGTGGAAGACAAGATCGAAGGGATCGATCGATAAACAATGGGATATAAGCCTTTCTTCTTGTAAATGAACTTAAAACTTTATTTTTGTGTATTACAGTATTCTACCAAACGACATCATCTCTCTGTGAATAAGAGAATGTTTTGGCTGACATTTTCTGACTTTATATGAATGTTGTGGAGCTTCTTCTTTCATCTCCATTTCTTATATCATATTCATATGTGTGGATTTTATATGCGAAGAAAATGAAACTATAGTTAAGTGTAAACAAACTATGGTTGAGTCATGCTTTTGCG
>AT5G13630.2
CTCCCAAACCATGAAAATATGAATAGAAATCTCAATGAGCCAATCAGAGGCCAGCAAAGTCCATCTCATTGTCCCAAGCGGATATACATCCGACAAAACTCAACCTCACAAGTAGACTCTCCCTTCTTCCGTAACTATTCGTCCACGTGTCCTTCCCTCTCACCACTTACCTTCAAAACCAACGCTTCTTTTTTAGTTCCTTGGTCCGAAGCGTTTACCGATGAGAGAATCATAAACTCCCACTTGGAGCTCAAAAAGTGTAAGAGACAACCAACAAAAAACGATTCATCTCTTCTCCTATCCTCTCCTCTTCGAATTCAACGTTTGGAGAATCCAGCAGCCGCAAAATGGCTTCGCTTGTGTATTCTCCATTCACTCTATCCACTTCTAAAGCAGAGCATCTCTCTTCGCTCACTAACAGTACCAAACATTCTTTCCTCCGGAAGAAACACAGATCAACCAAACCAGCCAAATCTTTCTTCAAGGTGAAATCTGCTGTATCTGGAAACGGCCTCTTCACACAGACGAACCCGGAGGTCCGTCGTATAGTTCCGATCAAGAGAGACAACGTTCCGACGGTGAAAATCGTCTACGTCGTCCTCGAGGCTCAGTACCAGTCTTCTCTCAGTGAAGCCGTGCAATCTCTCAACAAGACTTCGAGATTCGCATCCTACGAAGTGGTTGGATACTTGGTCGAGGAGCTTAGAGACAAGAACACTTACAACAACTTCTGCGAAGACCTTAAAGACGCCAACATCTTCATTGGTTCTCTGATCTTCGTCGAGGAATTGGCGATTAAAGTTAAGGATGCGGTGGAGAAGGAGAGAGACAGGATGGACGCAGTTCTTGTCTTCCCTTCAATGCCTGAGGTAATGAGACTGAACAAGCTTGGATCTTTTAGTATGTCTCAATTGGGTCAGTCAAAGTCTCCGTTTTTCCAACTCTTCAAGAGGAAGAAACAAGGCTCTGCTGGTTTTGCCGATAGTATGTTGAAGCTTGTTAGGACTTTGCCTAAGGTTTTGAAGTACTTACCTAGTGACAAGGCTCAAGATGCTCGTCTCTACATCTTGAGTTTACAGTTTTGGCTTGGAGGCTCTCCTGATAATCTTCAGAATTTTGTTAAGATGATTTCTGGATCTTATGTTCCGGCTTTGAAAGGTGTCAAAATCGAGTATTCGGATCCGGTTTTGTTCTTGGATACTGGAATTTGGCATCCACTTGCTCCAACCATGTACGATGATGTGAAGGAGTACTGGAACTGGTATGACACTAGAAGGGACACCAATGACTCACTCAAGAGGAAAGATGCAACGGTTGTCGGTTTAGTCTTGCAGAGGAGTCACATTGTGACTGGTGATGATAGTCACTATGTGGCTGTTATCATGGAGCTTGAGGCTAGAGGTGCTAAGGTCGTTCCTATATTCGCAGGAGGGTTGGATTTCTCTGGTCCAGTAGAGAAATATTTCGTAGACCCGGTGTCGAAACAGCCCATCGTAAACTCTGCTGTCTCCTTGACTGGTTTTGCTCTTGTTGGTGGACCTGCAAGGCAGGATCATCCCAGGGCTATCGAAGCCCTGAAAAAGCTCGATGTTCCTTACCTTGTGGCAGTACCACTGGTGTTCCAGACGACAGAGGAATGGCTAAACAGCACACTTGGTCTGCATCCCATCCAGGTGGCTCTGCAGGTTGCCCTCCCTGAGCTTGATGGAGCGATGGAGCCAATCGTTTTCGCTGGTCGTGACCCTAGAACAGGGAAGTCACATGCTCTCCACAAGAGAGTGGAGCAACTCTGCATCAGAGCGATTCGATGGGGTGAGCTCAAAAGAAAAACTAAGGCAGAGAAGAAGCTGGCAATCACTGTTTTCAGTTTCCCACCTGATAAAGGTAATGTAGGGACTGCAGCTTACCTCAATGTGTTTGCTTCCATCTTCTCGGTGTTAAGAGACCTCAAGAGAGATGGCTACAATGTTGAAGGCCTTCCTGAGAATGCAGAGACTCTTATTGAAGAAATCATTCATGACAAGGAGGCTCAGTTCAGCAGCCCTAACCTCAATGTAGCTTACAAAATGGGAGTCCGTGAGTACCAAGACCTCACTCCTTATGCAAATGCCCTGGAAGAAAACTGGGGGAAACCTCCGGGGAACCTTAACTCAGATGGAGAGAACCTTCTTGTCTATGGAAAAGCGTACGGTAATGTTTTCATCGGAGTGCAACCAACATTTGGGTATGAAGGTGATCCCATGAGGCTGCTTTTCTCCAAGTCAGCAAGTCCTCATCACGGTTTTGCTGCTTACTACTCTTATGTAGAAAAGATCTTCAAAGCTGATGCTGTTCTTCATTTTGGAACACATGGTTCTCTCGAGTTTATGCCCGGGAAGCAAGTGGGAATGAGTGATGCTTGTTTTCCCGACAGTCTTATCGGGAACATTCCCAATGTCTACTATTATGCAGCTAACAATCCCTCTGAAGCTACCATTGCAAAGAGGAGAAGTTATGCCAACACCATCAGTTATTTGACTCCTCCAGCTGAGAATGCTGGTCTATACAAAGGGCTGAAGCAGTTGAGTGAGCTGATATCGTCCTATCAGTCTCTGAAGGACACGGGGAGAGGTCCACAGATCGTCAGTTCCATCATCAGCACAGCTAAGCAATGTAATCTTGATAAGGATGTGGATCTTCCAGATGAAGGCTTGGAGTTGTCACCTAAAGACAGAGATTCTGTGGTTGGGAAAGTTTATTCCAAGATTATGGAGATTGAATCAAGGCTTTTGCCGTGCGGGCTTCACGTCATTGGAGAGCCTCCATCCGCCATGGAAGCTGTGGCCACACTGGTCAACATTGCTGCTCTAGATCGTCCGGAGGATGAGATTTCAGCTCTTCCTTCTATATTAGCTGAGTGTGTTGGAAGGGAGATAGAGGATGTTTACAGAGGAAGCGACAAGGGTATCTTGAGCGATGTAGAGCTTCTCAAAGAGATCACTGATGCCTCACGTGGCGCTGTTTCCGCCTTTGTGGAAAAAACAACAAATAGCAAAGGACAGGTGGTGGATGTGTCTGACAAGCTTACCTCGCTTCTTGGGTTTGGAATCAATGAGCCATGGGTTGAGTATTTGTCCAACACCAAGTTCTACAGGGCGAACAGAGATAAGCTCAGAACAGTGTTTGGTTTCCTTGGAGAGTGCCTGAAGTTGGTGGTCATGGACAACGAACTAGGGAGTCTAATGCAAGCTTTGGAAGGCAAGTACGTCGAGCCTGGCCCCGGAGGTGATCCCATCAGAAACCCAAAGGTCTTACCAACCGGTAAAAACATCCATGCCTTAGATCCTCAGGCTATTCCCACAACAGCAGCAATGGCAAGTGCCAAGATTGTGGTTGAGAGGTTGGTAGAGAGACAGAAGCTCGAAAACGAAGGGAAATATCCCGAGACAATCGCGCTTGTTCTTTGGGGAACTGACAACATCAAAACATATGGGGAGTCTCTTGGGCAGGTTCTTTGGATGATTGGTGTGAGACCAATTGCTGATACTTTTGGAAGAGTGAACCGTGTCGAGCCTGTGAGCTTAGAAGAACTAGGAAGGCCGAGGATCGATGTAGTTGTTAACTGCTCAGGGGTCTTCCGTGATCTCTTTATCAACCAGATGAACCTTCTTGACCGAGCTATCAAGATGGTGGCGGAGCTAGATGAGCCTGTAGAGCAAAATTTTGTAAGGAAACACGCGTTGGAACAAGCAGAGGCGCTTGGCATTGATATTAGAGAGGCAGCGACAAGAGTTTTCTCAAACGCTTCAGGGTCATACTCAGCCAACATCAGTCTTGCTGTTGAAAACTCGTCATGGAACGATGAGAAACAGCTTCAGGACATGTACTTGAGCCGCAAATCGTTTGCGTTTGATAGTGATGCTCCTGGAGCAGGAATGGCTGAGAAGAAGCAGGTCTTTGAGATGGCTCTTAGCACTGCAGAAGTCACCTTCCAGAACCTGGATTCTTCAGAGATTTCTTTGACTGATGTGAGCCACTACTTCGATTCTGACCCTACAAATCTAGTTCAGAGTTTGAGGAAGGATAAGAAGAAACCAAGCTCTTACATTGCTGACACTACAACTGCAAACGCGCAGGTGAGGACACTATCTGAGACAGTGAGGCTGGACGCAAGAACAAAGCTGCTGAATCCAAAGTGGTACGAAGGAATGATGTCAAGTGGATATGAAGGAGTTCGTGAGATAGAGAAGAGACTGTCCAACACTGTGGGATGGAGTGCAACGTCAGGTCAAGTAGACAATTGGGTCTACGAGGAGGCCAACTCAACTTTCATCCAAGACGAGGAGATGCTGAACCGTCTCATGAACACCAATCCCAACTCCTTCAGGAAAATGCTTCAGACTTTCTTGGAGGCCAATGGTCGTGGCTACTGGGACACTTCCGCTGAAAACATAGAGAAGCTCAAGGAATTGTACTCGCAGGTGGAAGACAAGATCGAAGGGATCGATCGATAAACAATGGGATATAAGCCTTTCTTCTTGTAAATGAACTTAAAACTTTATTTTTGTGTATTACAGTATTCTACCAAACGACATCATCTCTCTGTGAATAAGAGAATGTTTTGGCTGACATTTTCTGACTTTATATGAATGTTGTGGAGCTTCTTCTTTCATCTCCATTTCTTATATCATATTCATATGTGTGGATTTTATATGCGAAGAAAATGAAACTATAGTTAAGTGTAAACAAACTATGGTTGAGTCATGCTTTTGCG

CDS Sequence

Protein Sequence