KEGG   Cucumis sativus (cucumber): 101222350
Entry
101222350         CDS       T02486                                 
Name
(RefSeq) indole-3-acetaldehyde oxidase isoform X1
  KO
K09842  abscisic-aldehyde oxidase [EC:1.2.3.14]
Organism
csv  Cucumis sativus (cucumber)
Pathway
csv00906  Carotenoid biosynthesis
csv01100  Metabolic pathways
csv01110  Biosynthesis of secondary metabolites
Module
csv_M00372  Abscisic acid biosynthesis, beta-carotene => abscisic acid
Brite
KEGG Orthology (KO) [BR:csv00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   00906 Carotenoid biosynthesis
    101222350
Enzymes [BR:csv01000]
 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
     101222350
SSDB
Motif
Pfam: MoCoBD_1 MoCoBD_2 FAD_binding_5 Ald_Xan_dh_C Fer2_2 CO_deh_flav_C Fer2
Other DBs
NCBI-GeneID: 101222350
NCBI-ProteinID: XP_004149660
UniProt: A0A0A0KZ08
Position
4:10899856..10907326
AA seq 1364 aa
MENHPLVFAVNQQRFELSTVDPSTTLLHFLRHHTPFKSVKLGCGEGGCGACVVLLSKYDP
VLDKVQDFTISSCLTLLCSIHGCSVTTSEGIGNCKDGFHSIHQRFAGFHASQCGFCTPGM
CVSLFSALVNAQNTNRPEPPPGFSKLTVSEAEKAVSGNLCRCTGYRPIADACKSFASDVD
MEDLGLNSFWKKGYGKEKSSKLPVYDPNGGPCLFPKFLRNETRSVPFVDSKACSWLNPTS
LKDLNKLLECDETSNNISKTKIVVGNTEVGYYKDFEHVDTYINLKHIPELSVIKMDSTGV
EIGATVTISKAIEALKSSNHEPSSIGEMVFCKIAVHMEKIASEFVRNTASIGGNLMMAQR
KRFPSDVSTILLAVGSMISISTGSSEEVIMLDEFLKRPPLGPKCVLLSVKIPNWDSIRDT
FPNDTSVMFDTYRASPRPLGNALPYLNAAFLAAISPCKNFNGIKLNSCHLAFGAYGTKHA
IRARKIEEFLAGKVIDYSVIYEAVSLVGATIIPEKNTSSPAYRTSLAVGFLFEFLSSLID
GNVAIKSDYLNGCRNASSTLPDRFISNQNLLGYNKSADLLLSGKQTMELSLEYHPVGDTI
IKSGASIQASGEAIYVDDIPSPTNCLYGAFIYSTKPLAQVKGFTFPPNSQPEGVIAVIST
GDIPVGGYNIGARTMFGDEFLFADKLTECAGQPLAFVVADTQKHADLAAHLTIVDYDTDN
LEAPILSVEESVKRSCFFEVPSYLIPEQAGDISKGMAEADHHINAAQIRLGSQYHFYMET
HCALAIPDEDNCMVVYSSNQWPSNVHSVIAKCLGVPQYNVRVITRRVGGGFGGKGTRSMV
VATACALAAHKLRRPVRIYLNRKTDMIMAGGRHPMKITYNVGFKTDGKITGLQLEILIDA
GMSTDVSPILPNNIVNALKKYDWGALSFDIKLCKTNHSSKGAMRAPGEAQGSFIAEAVIE
HVASKLCMDVDTIRKVNLHTFVSISKFFKDPGEPEEYTLPSIWDRLATSSCLKQRVQMVD
EFNSCNIWKKRGLSRIPVVQEVRSRPTPGKVSILTDGSVVVEVGGVEIGQGLWTKVRQMV
AYALSSIECDGTDNLLEKVRVVQSDTIALIQGGGTFGSTTSESSCEAVRLCCNILIERLT
PLKKRLQNNGSLKWDVLISQANLQSVNLSVNSLYVPDFVSKSYLNYGAAVSEVEIDLLTG
ETTILRSDIIYDCGQSLNPAVDLGQIEGAFVQGIGFYMSEEYLINPDGLVITDSTWTYKI
PTIDTIPKQFNVEILNSGQHKKCILSSKASGEPPLLLAASVHCATRAAIKEARKQKRRWC
HEDESDHALQLQVPATMAVVKELCGLDCVESYLKWINKSKSIVS
NT seq 4095 nt   +upstreamnt  +downstreamnt
atggagaatcatcccctggtttttgcagttaatcaacaaagatttgagctctccaccgtt
gacccttccactactttgcttcacttcctgcgccaccatactcctttcaagagtgtcaag
cttggctgtggtgaaggcggttgtggtgcttgtgttgttctattgtccaagtatgatcct
gttttagacaaggttcaagattttacaataagttcatgtctaaccttgctttgtagtatt
catggttgttcagttacaaccagtgaaggtattggaaattgcaaggatggttttcactcc
attcatcaaaggtttgctggctttcatgcttctcagtgtggattttgtactcctggaatg
tgtgtttcacttttttctgctcttgtaaatgctcaaaacaccaatcgacccgaacccccg
ccgggattctcaaaacttactgtttctgaagctgaaaaggctgtttctggaaacctctgt
cgttgtacaggttataggccaattgctgatgcctgtaagagttttgcttctgatgttgac
atggaggatttggggttaaactcattctggaaaaaaggatatggcaaggaaaaatcgagt
aaattgccagtttatgatccaaatggtggcccttgcttgtttcccaaattcttaagaaat
gaaacaaggtctgtcccttttgtggactctaaagcatgttcctggctgaacccgacaagt
ctcaaggatctgaacaaactacttgaatgtgatgaaactagtaataatatcagcaaaacg
aagatagttgttggcaacacagaagtcggatattataaagattttgaacatgttgataca
tacattaatcttaaacatatccctgagctctcagttatcaagatggattcaacaggagta
gagattggtgcaacggtaacaatttcaaaagccattgaggctttgaaaagtagtaatcac
gagccttcttcaatcggtgagatggttttctgtaaaatagcggttcacatggagaaaatt
gcttctgagtttgtacgaaatactgcaagcattggaggaaatttaatgatggcgcaaaga
aaacggtttccttcagatgtttccacaatacttcttgctgtaggatccatgataagtatt
tcgactggttctagcgaagaagtgattatgttggatgagtttcttaaaagacctccattg
ggtcctaaatgtgtacttttaagtgttaagatcccaaattgggattcaattagagatact
tttccaaatgatacttctgtaatgtttgatacttatagagcttcacctcgcccccttgga
aatgcattgccatatctaaatgctgctttcttagctgcaatctccccgtgtaaaaatttc
aatggtattaaattaaatagttgtcatctggcatttggagcttatggaaccaaacatgca
attagagccagaaagattgaagaatttcttgctggaaaagttatcgattatagtgtcata
tatgaagctgtttcattggttggagccactataattcctgaaaagaacacttcctctccc
gcttatagaacaagcttggcagttggctttctttttgagttcttaagctccttgattgat
ggaaatgttgcaataaagagtgattacctcaatggatgcaggaatgcctcatcaacccta
cctgacagatttatttcaaaccaaaaccttcttggttataataaaagtgcagacctttta
ttatctgggaagcagacaatggaattaagtttagaatatcacccagttggagataccatt
ataaaatctggagcttctattcaagcttcaggggaagctatctatgtggatgatattcct
tctccaacaaattgcctatatggagccttcatatatagcacaaagcctttggcacaggta
aaggggtttacttttcctcccaactcacaaccagagggagttattgctgttatttccact
ggagatattcctgttggtggatataacattggagcgagaaccatgtttggtgatgaattt
ctatttgcagataagttgaccgaatgtgctggtcagccacttgcctttgtggttgcagat
acacagaaacatgcagatttggctgcacaccttacaatagtggattatgacacagataat
ttggaagcacctattctttctgtagaagaatctgtcaagaggtcatgcttctttgaggtc
ccttcatatttgattccagaacaggctggtgatatatcaaaaggaatggctgaagcagac
caccatattaacgctgctcagatcagacttggatcacaatatcatttttatatggaaaca
cattgtgcacttgccattccagatgaagataactgcatggtggtgtacagttcaaatcaa
tggccatctaatgttcattctgtaattgcaaaatgtcttggcgttcctcaatataatgtc
cgtgtaattaccagaagggttggaggaggctttgggggaaaaggcacaagatctatggtt
gttgctacagcatgtgcacttgcagctcacaagttacgccgtcccgttaggatttacctt
aatcggaagactgacatgataatggcaggagggagacatccgatgaaaataacttataat
gtgggtttcaaaactgatggtaaaattacaggattgcaattagagatattgattgatgca
gggatgagtactgacgtaagtccaatattgccaaacaacattgtcaatgcacttaagaag
tatgattggggagctttatcttttgatataaaattatgcaagacaaaccattcaagcaaa
ggtgcaatgcgagcccctggagaggcacaaggatcctttattgctgaggcagtaatcgaa
catgtggcgtctaaactttgcatggatgtggatactatccgaaaagtaaacctgcataca
tttgtgagcatcagcaaattcttcaaggatccaggtgaaccggaagagtacactttacct
tcaatttgggataggttagctacatcttcatgcttaaaacaaagggttcaaatggtagat
gaatttaatagctgcaacatatggaaaaaaagaggtctttctcgaattccggttgtgcag
gaggtaagatcgaggccaactcccgggaaagtgagcattctaactgatggttctgttgtt
gtggaagttggaggcgttgaaattgggcaggggctgtggacaaaggtgagacagatggtt
gcatatgcccttagctcaattgaatgtgatggaaccgataatctcttggaaaaggtgaga
gtagttcaatcagataccattgccttaatacaaggaggaggtacatttggaagcactacc
tccgagtcaagctgtgaggcagttagactttgctgcaatatactgatagagagactaaca
cctctaaagaaaaggctgcagaataatggttccctcaaatgggatgtgcttataagtcag
gcaaacttgcaatcagtgaatttgtccgtcaattctttgtatgtccctgattttgtttca
aagagctacttaaattatggagctgcagtgagtgaggtggaaattgatcttctcactgga
gaaactacaattttgcgttcagatattatctatgattgtggacaaagtctcaatcctgct
gtagatttgggacagattgaaggagcctttgtgcaaggaattggattttacatgtcagaa
gaatacctgataaatcctgatggactagtgattaccgatagcacatggacttacaaaatt
cctacaattgacaccattccaaaacagtttaacgtcgaaattttaaattctggacaacat
aaaaagtgcattctctcttcaaaagcttcaggagagccaccattgcttctagctgcatca
gttcattgtgcaacacgagcagctattaaagaggcacgaaaacagaaacgtagatggtgc
catgaagatgagtctgatcacgcattacagctacaggttccagccaccatggctgttgtt
aaagagctctgtgggctggactgtgtggagagttacctgaaatggatcaacaaatcgaaa
agcattgtgagctaa

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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 (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (55)   

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