KEGG   Camelina sativa (false flax): 104770481
Entry
104770481         CDS       T05044                                 
Name
(RefSeq) indole-3-acetaldehyde oxidase
  KO
K11817  indole-3-acetaldehyde oxidase [EC:1.2.3.7]
Organism
csat  Camelina sativa (false flax)
Pathway
csat00380  Tryptophan metabolism
csat01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00380 Tryptophan metabolism
    104770481
Enzymes [BR:csat01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.3  With oxygen as acceptor
    1.2.3.7  indole-3-acetaldehyde oxidase
     104770481
SSDB
Motif
Pfam: MoCoBD_1 MoCoBD_2 FAD_binding_5 Ald_Xan_dh_C CO_deh_flav_C Fer2_2 Fer2 PC_rep DHODB_Fe-S_bind
Other DBs
NCBI-GeneID: 104770481
NCBI-ProteinID: XP_010493213
Position
20:11307404..11313199
AA seq 1371 aa
MVERKVIFEEKEAMMKSKTSLVFAINGERYELDLSSIDPSTKLVDFLRNKTPFKSVKLGC
GEGGCGACVVLLSKYDPLLEKVEDFTISSCLTLLCSIDGCSITTSDGLGNSRVGFHAVHE
RIAGFHATQCGFCTPGMSVSMFSALLNADKTHHPPRSGFSNLTAAEAEKAVAGNLCRCTG
YRPLVDACKSFAADVDIEDLGFNSFCKKGENKGEVLGRLPCYDHTSSQVICTFPEFLKKE
IKNETSLDSSKYRWSRPVSVSELQGLLQVENGSSSSVKLVAGNTSTGYYKEEKERKCERF
IDIRRIPELTLVRKDENGVELGASVTISKAIEVLREQDNVPMLAKIAAHMEKIANRFVRN
TGTVGGNIIMAQRKQFPSDLTTILVAAGATVKIMTNSSVQEEFTLEKFLEQPPLEAKSLL
LSVQIPSWRPVKKNGSALLFETYRAAPRPLGNALAFLNAAFSAEVSLSEALDGIVVNDCR
LVFGAYGTKHAHRASNVEEFLIGKVMSDEVLMEAIGLLKDEIVPDKGTSNPGYRSSLAVT
FLFEFFGSLTQTNARTTNGLLNGGCKENGFDHQNVESLKAEAMLSSSQQIVETQEHTPVG
KGITKAGACLQASGEAVYVDDIPAPENCLYGAFIYSTMPLARIKNIKFKQNIVPEGVVGI
ITYKDIPEGGKNMGTTGFFTSDLLFAEEITHCAGQIIAFLVADSQKHADIAANLVVIDYD
TKDLEPPILSFEDAIEKSSVFDIPPPLRGYPVGDIAKGMDEAEHKILGSKINFGSQYFFY
METQTALAVPDEDNCMVVYSSTQIPEFVHQTIAGCLGVPENNVRVITRRVGGGFGGKAIK
AMPVAAACALAASKMQRPVRTYVNRKTDMITTGGRHPMKVTYSVGFKSNGKITALDIEVL
LDAGLTEDVSPLIPKGIQGALMKYDWGALSFNAILCKTNTVSRTAVRAPGDVQGSYIGEA
IIEKVASYLSVDVDEIRKVNLHTYDSLRLFHKVRAGESPEYTLPLLWDKIAEFSGFNQRR
KVVEDFNASNKWRKRGISRVPAVYAVSMRSTPGRVSVLRDGSIVVEVQGIEIGQGLWTKV
KQMAAYSLGLIQCGTRSDELLKKIRVIQSDTLSMVQGSMTAGSTTSEASSEAVRICCDGL
VERLLPVKTALVEQTGGSVTWDNLISQAYLQSINMSVSRLYLPDDSTGEYINYGVGASEV
EINVLTGETTILRTDIIYDCGKSLNPAVDLGQIEGAFVQGLGFFMLEEFLMNSDGLVVTD
STWTYKIPTVDTIPRQFNVEILNSGQHKNRVLSSKASGEPPLLLAASVHCAVRAAVKEAR
KQILTWNSNQQGTDTYFELPVPATMSVVKEFCGLDVVEKYLEWKIQERKNI
NT seq 4116 nt   +upstreamnt  +downstreamnt
atggttgagagaaaagttatttttgaagaaaaagaagcgatgatgaagagcaagacctct
ctggttttcgccattaacggagaaagatacgagctcgatctctcttctattgatccttcc
accaaactcgttgatttcttgcgcaacaagactcctttcaagagcgtcaagcttggttgt
ggcgaaggtggttgtggcgcttgtgttgttcttctttcaaagtatgatccattactcgaa
aaagtcgaagacttcacaatcagctcgtgtctcacgctcctctgcagcatcgatggctgc
tccatcactacctcagatggacttgggaacagcagagtcggtttccacgcggtccacgag
cggatcgcaggttttcacgccacgcaatgcggtttctgcacacctggaatgagtgtttcc
atgttttccgctctcttgaacgctgataagactcatcatcctcctcgcagcggattctca
aacctcaccgctgctgaagctgagaaagctgtggcagggaacctctgccggtgtactgga
tacagaccgctcgtggacgcttgtaagagttttgcagcggatgtggatatcgaagatctt
ggatttaattccttttgcaagaagggtgaaaacaaaggtgaggtattaggaaggttgcca
tgttatgatcacacatcatctcaagtcatctgtacatttccggagttcttgaagaaggaa
atcaagaatgagacgagtcttgattcaagcaagtacagatggtcaagacctgttagtgtc
tcggagcttcaagggttattacaagtcgagaatggttcgtcttcgtcggttaagttagtt
gcaggtaacacgagcaccggttattacaaagaagaaaaagagaggaagtgcgaaagattt
atcgatatcaggcggattcctgagctcactctggtgagaaaagatgagaatggagttgaa
ttaggagcttctgttactatctctaaagctattgaggttctaagagagcaagacaatgtt
cccatgttggctaaaatcgcggctcatatggagaagatcgcaaacagattcgtgaggaac
acgggaacggtaggtggaaacatcatcatggcgcagaggaaacagtttccttcggatctg
acaaccatacttgttgcagctggagcaacggtgaagatcatgactaacagctcggttcaa
gaagagttcacattggaaaagtttcttgaacagcctcctcttgaagccaaatctcttctt
ttgagcgtccagattccgtcttggcgccctgtgaagaagaacggttctgctttgctcttt
gaaacttatagagcagcgccacgtcctctaggaaacgcattggcatttttgaatgcggct
ttctcagctgaagtttctttaagtgaagcacttgatggcatcgttgtaaatgattgccgg
ttggtttttggggcttatggaaccaaacatgcacacagggcgagtaatgttgaagagttt
cttataggaaaagtgatgtctgatgaagttttgatggaagctataggcttacttaaagat
gagatagtacctgataagggtacttcgaatcctggttatagatcaagcttggctgttact
tttctcttcgagttcttcggatctttaacccaaacaaacgctagaacaacaaacggtttg
ctcaatggaggatgcaaagagaatggttttgatcatcagaatgttgaatctttgaaagct
gaagctatgctgtcatcttcacaacaaatagttgaaactcaagaacatactccggtcggg
aaaggcattacaaaggctggagcttgtcttcaagcatctggtgaggctgtttacgtagac
gatattcctgctcctgaaaattgtctatacggtgcatttatctacagtacgatgccgctg
gcacggattaagaatataaagttcaagcaaaacatagttcctgaaggagttgttggcata
attacttacaaggatattcccgaaggcgggaaaaatatgggtaccaccggtttctttaca
tcggatcttttgtttgcagaagaaatcactcattgtgcgggtcagataatcgcctttttg
gttgcagatagtcaaaagcatgcagatattgcagcaaatcttgttgtgattgattatgac
actaaggatttagaaccgccgatactgtccttcgaagacgctatcgaaaagtctagcgtt
ttcgacatccctccacctctgcgtggttacccggtcggtgatatcgccaaaggaatggat
gaagcggaacacaagattcttggatcaaagataaatttcgggtcacagtacttcttctat
atggagacacaaacggcacttgcagtgccggatgaagacaactgtatggtggtttatagc
tcgactcaaatccccgagtttgtacatcaaaccattgctggatgtcttggagtccctgag
aataatgtgcgtgtcatcactagaagagttggaggtggatttggtgggaaagccatcaag
gcaatgcctgtggctgcagcttgtgcacttgcagcatccaaaatgcagcgtccggtgagg
acatatgtgaatcgaaaaacggatatgataactacaggaggaagacatccgatgaaagtc
acatatagtgttggattcaagtccaatggaaagattactgctttggatatagaggtgtta
cttgatgcagggttaactgaagatgtaagcccgcttataccaaagggaatccaaggagca
ctaatgaagtatgattggggtgctctctctttcaatgcgatattatgcaaaacaaacact
gtgagcagaaccgcggttagagctcctggtgatgtacaaggatcatatatcggagaagcc
atcattgaaaaagtagcttcatatctttcagttgatgtggatgagatcaggaaggttaac
ctccacacgtatgatagcttaaggttgtttcacaaagtcagagctggtgaatcccctgaa
tacacgttacctttgctttgggacaaaatcgctgagttctcaggatttaaccaaaggagg
aaggtggttgaggattttaatgcatcaaacaagtggagaaagagagggatctcacgtgtg
cctgcggtttatgcagttagtatgcgatcaacacccggaagagtaagtgttttgagggat
gggtcgatagtggttgaggttcaagggattgagataggacaagggctgtggacaaaggtt
aaacagatggctgcatattcccttggtttgatccaatgcggtactagaagcgatgagctg
ctcaagaaaatcagggtcatccaatccgacaccttaagtatggtgcagggctcaatgact
gctggtagcacaacctctgaggctagcagcgaagcggttaggatttgttgtgatggctta
gtcgaaaggctattacccgtcaagactgctttggtggagcaaacaggaggatctgtgact
tgggataacctcatcagtcaggcttatctgcaatcgataaacatgtcggttagcagatta
tacttgccggacgactccactggcgaatatattaactatggagttggagcgagcgaggtt
gaaataaatgttttgacgggagaaacaacgattctgcgcacggatattatctatgattgt
gggaagagtctcaatcccgctgttgatttaggacagattgaaggagcatttgttcaagga
cttgggttcttcatgcttgaagagttcctaatgaactcagacggtctcgtggtaacagac
agcacatggacttacaagatcccaacggtcgatacaatcccaagacagttcaatgtggag
attctcaacagtggacaacacaagaatcgtgttctttcatccaaagcttcgggtgaaccg
ccgctgcttttagcggcttctgttcactgcgcggtacgagcagctgttaaggaagccagg
aaacagattctgacatggaacagtaaccaacaagggactgatacgtactttgaattacct
gttccagcaacaatgtctgttgtgaaggagttttgtggactcgatgttgtcgagaaatac
ttggaatggaaaatacaagagaggaagaatatttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (31)   

Download RDF
DBGET integrated database retrieval system