KEGG   Gossypium raimondii: 105799287
Entry
105799287         CDS       T04129                                 
Name
(RefSeq) indole-3-acetaldehyde oxidase
  KO
K09842  abscisic-aldehyde oxidase [EC:1.2.3.14]
Organism
gra  Gossypium raimondii
Pathway
gra00906  Carotenoid biosynthesis
gra01100  Metabolic pathways
gra01110  Biosynthesis of secondary metabolites
Module
gra_M00372  Abscisic acid biosynthesis, beta-carotene => abscisic acid
Brite
KEGG Orthology (KO) [BR:gra00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   00906 Carotenoid biosynthesis
    105799287
Enzymes [BR:gra01000]
 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
     105799287
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: 105799287
NCBI-ProteinID: XP_012485203
UniProt: A0A0D2RUK0
Position
9:complement(35623303..35629173)
AA seq 1361 aa
MDTTTKQRFVFAVNGQRFEVCSIDPSTTLLEFLRSQTPFKSVKLSCGEGGCGACVVLLSK
YDHVHNKVEDFTVSSCLTLLCSINGCSITTAEGIGNSKDGFHPIQQRFSGFHASQCGFCT
PGMCVSLYASLVNADKTNNPAEPSPGFSKLTVSEAEKSIAGNLCRCTGYRPIVDACKSFA
TDVDMEDLGFNSFWRKGESNEVKLSRLAPYNCNYVTRVFPEFLKKETAVGPNLGSERYHW
YSPVSLEELQCLLQMEANGGTSMKIIVGNTGMGYYKELVHYDKYIDLRYIPELSIVRKDS
TGIEIGAAVMISKAIEALKEENEGGFSKEAKLVFEKIGDHMDKIASKFIRNSGSVGGNLM
MAQRKHFPSDIATILLSVDTILEIMTGERRLKLTLEEFLGRPPLDSKTVLLSIKIPCWES
SRDISSDACNKLFFETYRAAPRPLGNALPYLNAAFLAQVSLCKNPTGFMLKNCRFAFGAY
GTKHSIRVKEVEEFLYGKLLSFGVLYEAIKLLETLVIPEDGTSTPAYRSSLAVGFLFEFL
SPLIDSPIDFSDGLVSGFNSTSLSKNSNQQLDLGQIEFPTLLSSSRQVIQLNKEYHPVGE
PTIKTGAILQASGEAIYIDDIPSPKDCLYGAFIYSLEPRARVKGIKFNPGSSPKGVIALI
TSKDIPGLNLGSKIVFGTEPLYADDLTEGVGQRIAFVVADTQKNADIAADLAVVDYDKEN
LEPPILSVEEAVERSSFYAPFFYPEQCGDFSKGMAEADHRILNSQIKLGSQYYFYMETQT
ALAVPDEDNCMVVYSSIQCPEFAHDTIAGCLGVPAHNVRVKTRRLGGGFGGKAVKSIAVA
SACAVAAYKLNRPVRIYMDRKTDMIMSGGRHPMKITYSVGFKSSGKITALKLDILIDSGM
FVDVSPILPDHMLGSLKKYDWGALSFDIKLCKTNLPSRAAMRAPGDVQASYIAEVVIEHI
ASTLSMDVDSVRNINLHTHNSLDLFFASAAGEPSEYTLPSIWDKLATTSSFYHRTEMVKE
FNRCHKWKKRGISRVPIVHEVKMRSTPGKVSILRDGSIVVEVGGIEMGQGLWTKVKQMTA
YGLGLVKCGGTQDLLEKVRVIEADTLSVIQGGMTAGSTTSESSCEAVRLCCKVLVERLVP
LKQRLMEQIGSLEWETLILEAYRNSVNLSASSLYVPNFSTMHYLNYAAAVSEVEVNLITG
ETTILQTDIIYDCGESLNPAVDLGQIEGAYVQGIGFFMLEEYTTNSDGLVITNNTWTYKI
PTVDTIPKQFNVEIFNSGNHKNRVLSSKASGEPPLTLAVSVHCATRAAIREARRQLVSWS
GPNEAGSTLVQLEVPATMPVVKELCGLDSVQKFLQWTTAKN
NT seq 4086 nt   +upstreamnt  +downstreamnt
atggatacaacaacaaaacagagatttgtttttgctgtaaatggacagaggtttgaggtg
tgtagcattgacccttcaactactttgcttgagtttctgcggtctcaaactcctttcaaa
agtgtcaagctcagttgtggagaaggaggatgtggtgcttgcgttgtcctactttccaag
tatgatcatgttcacaataaggttgaggatttcactgtgagttcctgcctaacattgtta
tgcagtataaatggatgctcaatcactacagctgagggaattgggaacagcaaggatggg
ttccaccccattcaacaacgattctcgggtttccatgcttctcaatgtggcttttgcact
cctggaatgtgtgtttctctctatgcatctcttgtcaatgctgataagacgaataatcca
gcagagccctcaccaggattttccaagctgacagtttctgaagctgaaaagtctattgca
ggaaatctttgtcgatgtaccggttaccgacccattgttgatgcctgtaaaagttttgct
actgatgttgacatggaggatttggggtttaactccttctggagaaaaggggaaagcaat
gaagtaaagttgagtaggttagctccgtacaattgcaactatgtgactcgtgtgtttccc
gagtttttaaagaaggaaactgcagttggtcccaatctgggctctgaaaggtatcattgg
tatagtcctgttagtcttgaggagctacaatgtttattgcaaatggaagctaatggggga
acttcaatgaagattatagttggtaacactggaatgggttattacaaggagctagtacac
tatgacaagtacattgatctgagatacattcctgagctttcaatagttagaaaggattca
acagggattgaaattggagcagctgtgatgatttctaaagctattgaagcgttgaaggaa
gaaaacgaaggtggattcagtaaagaagctaaactggtattcgaaaaaatcggtgaccac
atggacaagattgcttccaagttcattaggaattcaggtagtgtaggtgggaatctgatg
atggcccagaggaaacattttccttcagatattgctacaatactactttctgtggataca
attttagaaataatgacaggtgagagacgtttgaagcttacactagaggagttccttgga
aggcctccattggattccaaaactgttctgttaagtattaaaatcccatgctgggaatca
agtagggatatttcttctgatgcctgcaataagttatttttcgaaacatatcgagctgca
ccacgtcctcttggaaatgcactcccctatttgaatgctgctttcttggctcaggtgtct
ctctgtaagaatcctacaggatttatgctaaaaaactgtcggttcgcttttggtgcttac
ggaaccaagcactctattagggtgaaggaggttgaggagtttctatatggaaaattgcta
agttttggtgtgctgtatgaggctattaaattgcttgaaactttggtaatacctgaagat
ggcacttctactccagcatatcgatcaagcttggctgttggctttcttttcgagttccta
agccccttaattgactcccctatcgacttttctgatggtcttgttagtggatttaatagt
acttcgttgtccaagaattcaaatcagcagcttgatctcggtcaaatcgaattcccaact
ctgttatcatcctcaaggcaggtgattcagttaaataaagaatatcatccagtcggagag
ccaacaataaaaaccggagctatcctccaagcctctggtgaagctatttatatagatgac
attccatctcctaaagattgcctatacggagcatttatatatagcttggagcctcgggca
cgggtgaagggtatcaagttcaaccctggatcatcaccaaaaggagttattgcacttatt
acttctaaagacattcctggtttgaatttgggttctaagatagtatttggaactgaacct
ttatatgctgatgatcttaccgaaggcgttggtcagcggattgcctttgtggttgcggat
acgcagaaaaatgcagacatcgcagctgatcttgcagtggttgattatgacaaggaaaat
ctagaacctccaatattatctgtagaagaggcagttgagagaagtagcttttacgctcct
ttcttttatcctgaacagtgtggtgatttctcgaaaggaatggccgaagctgatcaccga
attctcaactctcagatcaaacttgggtcgcaatactatttttatatggagacacaaacc
gctcttgccgtgccggatgaggacaactgcatggtggtatacagttctattcaatgcccc
gaatttgctcatgatactatagctggatgcctcggtgttcctgcccataatgttcgtgta
aaaactagaaggcttggaggaggatttggtggaaaggctgtaaaatccatagcagttgca
tcagcatgtgccgtagctgcttacaagttaaaccgtccggtccgaatttatatggatagg
aagactgatatgataatgtcaggaggaaggcatccgatgaaaataacatacagtgtggga
ttcaaaagttccggaaagattacagccctgaaacttgatatattgattgattcagggatg
tttgtcgatgtaagtccaatattgccagatcatatgctagggtcacttaaaaagtatgat
tggggtgctttatctttcgatataaagctttgcaaaacgaatcttccaagccgagcagcg
atgagagcccctggagatgtgcaggcctcgtacatagctgaagttgtaattgaacatatt
gcatcgaccctttctatggacgttgattctgtacgaaatattaatctccacactcacaac
agcctcgacttattctttgcgagtgctgcaggagaaccatcagagtatacgttaccttca
atatgggacaagttggccactacttcgagcttttaccacaggaccgaaatggttaaagaa
ttcaataggtgtcataaatggaagaaaagaggcatttcaagggtgcctattgtccacgaa
gtgaagatgagatcaacaccggggaaagtaagcatcctacgtgatggatcgattgtggtt
gaggttggaggaatcgagatggggcagggtctttggacaaaagtaaaacaaatgactgca
tatggtcttggtttggttaaatgtggtggaacacaagatcttttggagaaagtaagggtc
atagaagctgatactttgagtgtaattcaaggtggtatgactgcgggaagtactacatcg
gagtcaagctgtgaagcagtacgactttgctgcaaagtgttggttgaaagacttgtccct
ctcaagcaaaggttgatggagcaaattggatccttagagtgggagacgctgatccttgag
gcatatcgcaactctgtaaacttatcagcaagttcactatacgtaccgaacttctccacc
atgcactacctaaactatgctgcagctgtgagcgaggtggaggtaaaccttataacaggc
gaaactacaattctacagacagatatcatatatgactgtggtgaaagcttaaatcctgct
gtcgatttaggacagattgaaggagcttatgttcaaggaattgggttctttatgcttgag
gaatacaccacaaactcagatggattagtgattacaaataacacatggacttacaagatc
cccacggtggacaccattcccaaacaattcaatgttgaaatcttcaacagtgggaatcat
aaaaaccgcgttctttcttccaaagcttctggtgagccgccattaacgctagcagtttca
gttcactgtgcaacaagagcagctataagagaagccagacggcaacttgtttcatggagt
ggcccaaacgaggctggttcaacattagtccaattagaggtacctgccaccatgcctgtg
gtcaaggagctttgcgggcttgacagtgttcagaagtttttgcagtggacaactgccaaa
aactga

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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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