KEGG   Cicer arietinum (chickpea): 101503582
Entry
101503582         CDS       T02819                                 
Name
(RefSeq) abscisic-aldehyde oxidase-like
  KO
K09842  abscisic-aldehyde oxidase [EC:1.2.3.14]
Organism
cam  Cicer arietinum (chickpea)
Pathway
cam00906  Carotenoid biosynthesis
cam01100  Metabolic pathways
cam01110  Biosynthesis of secondary metabolites
Module
cam_M00372  Abscisic acid biosynthesis, beta-carotene => abscisic acid
Brite
KEGG Orthology (KO) [BR:cam00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   00906 Carotenoid biosynthesis
    101503582
Enzymes [BR:cam01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.3  With oxygen as acceptor
    1.2.3.14  abscisic-aldehyde oxidase
     101503582
SSDB
Motif
Pfam: MoCoBD_1 MoCoBD_2 FAD_binding_5 Ald_Xan_dh_C Fer2_2 CO_deh_flav_C Fer2 DHODB_Fe-S_bind
Other DBs
NCBI-GeneID: 101503582
NCBI-ProteinID: XP_004491151
UniProt: A0A1S2XLG2
Position
Ca2:complement(32627186..32634885)
AA seq 1377 aa
MDLKKSENNHSSVLIFCVNGDKFELSKVDPSTTLLEFLRTQTRFKSVKLGCGEGGCGACV
VLISKYDPLLDIVEDFTASSCLTLLCSIHGCSITTSEGIGNSKHGFHPIHERFAGFHASQ
CGFCTPGMCVSLFGTLVNAEKNNFPEPPSGFSKITVSESEKAIAGNLCRCTGYRPIADAC
KSFAADVDMEDLGLNSFWKKGDSKDLKLSTLPRYNHHHKNIKFPMFLKDIKHDLFLDSEK
HSWHKPTSLNELQSLLDLNHDNANGSRMKLVVSNTGMGYYKDREGYDKYIDLKGISEFSK
IRKDQSGIEIGAAVSISKAIEILKEQSNSNFMSDFVMILEKISDHMNKVASGFIRNTASV
GGNLVMAQKNRFPSDIATVLLAVDSMVHIMTGAKFEWLALEDFLDRPPLGLESVLLSIKI
PNMKLKKSESSETKSRFVFETYRASSRPLGNALSYLNAAFLVQVSPCKDTDGTIMIETCR
LSFGGFGDKHAVRAKHVEEFLAGKLLNVGILYNAVNLFTSTGTIIPQDETSKKAYLSSLA
VGFLFQFFNSLIDSPARITNGYLNGYTHPPSVEASNIKENQKQVHHSKFPTLLSSGKQIL
QAGSEYCPIGKPVVKSGAALQASGEAVFVDDIPSPTNCLHGTYIYSEKPLARIKSIKLGS
ELQLDGVRDILSCKDIPNGGKNLGANSIFGSEPLFAEEIARCVGERLAFVVADTQKLADI
AANSAVVDYSIENLELPILRVEDAVERSSFFEVPPFLRPGNQIGDVSKGMAEADHKVLSA
EIKLGSQYYFYMETQTALAVPDEDNCITVYSSSQSPELVHSTIARCLGIPENNVRVITRR
VGGGFGGKGLKSIAAAASCALAAHKLQRPVRMYLNRKTDMIMAGGRHPMKITYNVGFKNN
GKITALELKILVNSGIYPDVSVIMPRNIVGALKKYDWGALSFDIKLCRTNHPSRSAMRAP
GDVQGSFIAEGIIENVADTLSMEVDSVRSINLHTYTSLKAFYEDCYGEPLEYTMPLIWNK
LAVSANYEHRVDKVKEFNRINTWKKRGISRVPALYELNLRPTPGKVGILSDGSVVVEVGG
IELGQGLWTKVKQMAAFVLGSIQCDGNGSLLDKVRVVQSDSLSLIQGGLTAGSTTSESSC
EAVRLSCNVLVERLMPIKKKLQEENGSIKWETLILQAYMQAVNLSASSFFVPSYNSMKYI
NYGAAVSEVEIDLLTGETRFLQTDIIYDCGQSLNPAVDLGQIEGSFIQGLGFFMLEEYET
NLDGLVLADGTWNYKIPTIDTIPQQFNVEILNSEHHQHRVLSSKASGEPPLLLAASVHCA
TRSAIKEARKQLLSWSNLDDGSDSTFQLGVPATMPVVKELSGLDIVQRYLKWKMDNK
NT seq 4134 nt   +upstreamnt  +downstreamnt
atggatttgaaaaagagtgagaataatcattcaagtgtactaattttttgtgttaatggt
gacaagtttgagttatccaaagttgacccatcaacaactttgcttgagttcttgcgtact
caaactcgcttcaagagtgtcaaacttggttgtggtgaaggtggttgtggtgcttgtgta
gttttaatctccaaatatgatcctttgcttgacatagttgaggattttacagcaagctct
tgtctcacactactttgcagcattcatggatgttcaataacaacaagtgaaggcattgga
aatagcaaacatggattccatccaattcatgaaaggtttgcaggattccatgcttctcaa
tgtggcttctgtacacctggaatgtgtgtttcgctcttcggaactcttgtcaatgccgaa
aagaacaattttccagaaccaccttctggtttctctaaaatcactgtttcggagtctgaa
aaggctattgcaggtaacctttgtcgatgcaccggttatcgacctattgctgatgcctgc
aaaagttttgcagctgatgttgatatggaggatttgggattgaactctttctggaaaaag
ggagatagcaaagacttaaagcttagtaccttgcctcgatacaatcatcatcacaagaat
atcaaatttcctatgtttttgaaggatattaagcatgatttgttcttggattctgagaaa
cacagttggcacaaacctactagtttaaatgagcttcagagcttattggatttaaaccat
gataatgccaatggaagcaggatgaaacttgttgtcagtaacacaggtatgggatattac
aaagatagagaaggttatgataagtatattgatctaaagggaatatctgagttctcaaag
atcagaaaggatcaatcagggattgaaattggagcagcagtgagtatatctaaagctatt
gaaatactaaaggagcaaagcaacagtaactttatgtcagattttgtaatgatacttgaa
aaaatatctgatcatatgaacaaagttgcctcggggtttattcggaatacggctagtgta
ggtggcaatttggtgatggcacaaaagaatcgttttccttcggacatcgctactgtactt
cttgctgttgattcaatggttcacataatgactggtgcaaagtttgaatggcttgcattg
gaggattttttggatagaccgccactcggtttggaaagtgtgcttttaagcattaaaatt
ccaaatatgaaactaaaaaaaagtgaatcttcggagactaaaagtagattcgtctttgaa
acttaccgagcttcgtctcgacctcttggaaatgcactttcatacttaaatgctgctttc
cttgttcaagtgtctccatgcaaagatactgatggaaccattatgatagaaacttgtagg
ttgtcttttggtggttttggggataagcatgcagtcagagctaaacatgttgaggaattt
ttagcagggaagttgttaaatgttggcattctgtacaacgctgtcaacttgtttacgtct
actggcacgattatacctcaagacgaaacatcgaaaaaggcttacctttcaagtttagca
gttggttttctttttcagttctttaactcactcattgacagtcctgcaagaattaccaat
ggttatttaaatggatatactcatccgccttctgtcgaggcttctaacataaaagagaat
cagaagcaggttcatcatagcaaatttcctactttattgtcgtcggggaaacaaatcctt
caagcaggcagtgaatattgtccgattggcaagccagtcgtgaaatccggtgctgcttta
caagcttcaggtgaagctgtgtttgtggatgacattccatcaccaacaaattgtttacat
ggaacatatatttatagtgaaaagccattggcaaggataaaaagtataaaactcgggagt
gaattgcaactggatggagtgagggacatcctttcttgtaaagacattcccaatggtgga
aagaaccttggagcaaacagtatatttggttcagaacctttatttgctgaagagattgct
agatgtgttggtgaacgtctcgcctttgtggttgcagatactcagaaacttgcagatata
gctgcaaactctgctgttgtcgattacagtatcgaaaatcttgaactgcctatcctacgt
gttgaagatgctgttgaaagatcaagttttttcgaggttcctccatttttacgtccagga
aatcaaattggtgatgtatcaaaaggaatggctgaagcagatcacaaggttctttctgct
gagatcaaacttggatctcaatactatttctatatggagacgcaaactgcactcgctgta
ccagatgaagacaactgcattactgtttatagttcaagccaaagccctgagcttgtacat
tctactatagcaagatgccttggtattcctgaaaataatgttagagtaattacaagaagg
gttggtggaggttttggaggaaaaggcttaaaatctatagctgctgctgcatcatgtgca
ctcgcggcacacaagttacagcgacctgtgagaatgtatctaaatcgaaagacggatatg
ataatggccgggggaaggcatccaatgaagataacatacaatgttgggtttaagaataat
ggcaagattactgcattagaactgaagatattggtcaattccgggatttatcccgatgtt
agcgtgataatgccacgcaacatagtcggtgcgcttaaaaagtacgactggggggctctc
tcttttgatataaaattatgcagaacaaatcatcctagtagatctgcaatgagggccccg
ggcgatgtgcagggatcattcatcgccgaaggtataatagaaaacgttgcagatacgctt
tcgatggaagtagattctgtcagaagtattaatcttcacacctacacaagtcttaaggca
ttctatgaagactgttacggtgaacctcttgagtacaccatgccattaatatggaacaag
ttagctgtttctgcaaactatgaacatagagtagacaaagtgaaagagttcaacaggatc
aacacatggaagaaaaggggaatatctcgagtaccagcgttgtatgagctcaatctacga
ccaactccaggaaaagttggtattttatcagatggttctgttgttgttgaagttggagga
attgaattgggtcagggtttatggacaaaggtgaaacaaatggctgcgttcgtgctcggt
tcgattcaatgcgatggaaatggaagtctcttggataaagtaagagttgtacaatctgat
agcttgagcttgattcaaggtggattaactgctgggagtactacatcagaatcaagctgt
gaagcagttagacttagctgcaatgtcttggttgaaagattaatgcctatcaagaagaag
cttcaggaggaaaatggttctatcaagtgggagactcttattcttcaggcatacatgcaa
gctgtgaatttatcagcatcttcattttttgtacctagttataattccatgaagtacatc
aattatggtgctgcagttagtgaggtggaaatagatcttctgacaggagaaaccagattt
ttgcaaacagatattatttatgattgtggacaaagtctcaatcctgctgtggatttagga
cagattgaaggatctttcatacaagggttaggatttttcatgcttgaagaatatgaaaca
aaccttgatggtttggtgttggcagatggcacatggaactacaaaatcccaacaatagac
actattcctcaacagtttaatgttgaaatcctcaatagtgagcatcaccaacatagagtt
ctctcttcaaaggcatctggtgagcctcctttgcttctagcagcttctgttcactgtgcc
acaagatcagctatcaaagaagcaaggaaacagcttctttcatggagcaacttagatgat
ggatcagattcaacatttcagttgggggtacctgcaaccatgcctgttgtaaaggaactc
agtggactagacattgtacagagatacttgaaatggaaaatggacaacaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (29)   

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