KEGG   Alligator sinensis (Chinese alligator): 102377274
Entry
102377274         CDS       T02922                                 
Name
(RefSeq) aldehyde oxidase-like
  KO
K00157  aldehyde oxidase [EC:1.2.3.1]
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn00280  Valine, leucine and isoleucine degradation
asn00350  Tyrosine metabolism
asn00380  Tryptophan metabolism
asn00750  Vitamin B6 metabolism
asn00760  Nicotinate and nicotinamide metabolism
asn00830  Retinol metabolism
asn00982  Drug metabolism - cytochrome P450
asn01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:asn00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00280 Valine, leucine and isoleucine degradation
    102377274
   00350 Tyrosine metabolism
    102377274
   00380 Tryptophan metabolism
    102377274
  09108 Metabolism of cofactors and vitamins
   00750 Vitamin B6 metabolism
    102377274
   00760 Nicotinate and nicotinamide metabolism
    102377274
   00830 Retinol metabolism
    102377274
  09111 Xenobiotics biodegradation and metabolism
   00982 Drug metabolism - cytochrome P450
    102377274
Enzymes [BR:asn01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.3  With oxygen as acceptor
    1.2.3.1  aldehyde oxidase
     102377274
SSDB
Motif
Pfam: MoCoBD_2 MoCoBD_1 FAD_binding_5 Ald_Xan_dh_C Fer2_2 CO_deh_flav_C Fer2 DHODB_Fe-S_bind
Other DBs
NCBI-GeneID: 102377274
NCBI-ProteinID: XP_014378278
UniProt: A0A1U8DAJ2
Position
Unknown
AA seq 1348 aa
MSLPSPTELSELIFFVNGRKIIEKNADPEISLLFYLRKKHILLSVCLTGTKYGCGVGGCG
ACTVMLSRYEPVSKKIQHYSANACLIPICSLYGAAITTVEGIGSTKSRIHPVQERIAKSH
GSQCGFCTPGMVMSIYTLLRNHPEPSTEQIIAALAGNLCRCTGYRPIIESCKTFCKESVC
CQVSSNKGNNCLDEEKVTSFPEEENEVKLSTTDDLWLLDATQDLIFPPELIRMAEDLQKS
TLVFRGERITWISPISLMELLELKDKYPKAPLAVGNTGVGLDMKLKGTFHPVIISPTRVL
ELSIMSYKKDGLTVGATCSLAVVKDILTNAVLELPREKTKIFCALLQQLKSLGGPQIRNI
ASFGGNITIKHPASDLNPILAASNCILNLASKEGTRQIPLNDSFFSGLGNDALKPEEILV
SVHIPHSRKWEFISAFRQAQRHENALCIVNAGMKVLFEEGTDIIRNVSIFYGGVGSTTTC
AKKSCEDLIGRQWTEQMLHTACKIVLEEVLLPGSAPGGMVEYKRTLMISFFFKFYLKVLQ
ELKLVDNHRYYDIPKKDMSALEIFQIKTPQSLQLFQVVVPENLPQYPVGDSIMHESAVKH
ATGEAVYCDDICPMDEELFLAVVTSTRAHAKIISIDVLQALKLPGVLDAITAQDIPGKNK
FLSATGTEMIFAEDKVICVGQIVCAVVADSEVHAKQAAAKVNIEYEALEPVILTIEEAVK
HSSFFEPERKFEQGNTEEAFETADHILEGELHIGGQEHFYMETHSVLVVPKGENKEMDVY
VSTQDLTFAQQLVASVLNAPFSVIKCHVKRIGGGFGGKTVKPAQFAAITALAADRTGRAV
RCILDRSDDMLITGGRHPYLGKYKVGFMNDGRIMAVDIRYYSNGGCTEDKSILVLQVSML
GLFNAYKIPNLRCCGRVCKTNLPSNTSFRGFGFPQAALITESWITDVAAKSGLSPEKVRE
VNLYKEAYQKHLKMDIDPDNLIRCWNECMEKSSYYKRKMTIEEFNKQNYWKKKGIAIIPL
KVPVGFSDQYLNQGAALVHIYLDGSVLVTHGGIEMGQGISTKIIQIASHELKIPLSYIHV
YETSTTMVPNANVSSASIGTDVYGMAVKDACQTLLKRLEPVMSKSPKDSWENWIKAAFKQ
SVSLSATGYFRGYDVHMDWNTWEGHPCAYFVYAAACSEVEIDCLTGDHQNIRTDIIVDIG
CSINPAMDIGQIEGAFIQGLGLFTMEELKYSPEGVLYTRGPDHYKIPAVCDIPKEFNVSL
LSPSQTSNTLYSSKGVGEAGLFLGCSVFFAIKDAIAAARKERGLTGTFLLNSPSTPEHIR
MACIDQFTKMIPRDDPGSYVPWAISPSQ
NT seq 4047 nt   +upstreamnt  +downstreamnt
atgtctcttccatcacccacagaattaagtgagctcattttctttgtgaatggaaggaag
ataatagagaagaatgctgacccagaaatttcgctgttgttttatctgagaaaaaaacat
atccttttaagtgtttgtctcacaggaactaagtatggctgtggagtaggtggttgtgga
gcctgtactgtgatgttatcaagatatgaaccagtttccaagaagatacaacattattct
gccaatgcttgcttgattcccatatgctcactatatggggctgccatcacaacggtggaa
ggcattggaagtacgaaaagcaggattcatccagttcaggaaaggattgccaaaagtcat
ggctcccaatgtggtttctgcacccctggaatggtgatgtcaatttacactctgctgaga
aaccacccagaaccttctacagagcagattattgcagctctggctggtaatttgtgccgc
tgtactggatacagaccaataatagaaagctgcaagactttctgcaaggaatcagtttgt
tgccaagtgagcagcaacaaagggaacaattgcttggatgaagaaaaggtgacctcattt
cctgaggaggaaaatgaggtaaaactgtctaccacagatgacttgtggctcctggatgca
actcaggatcttatatttccacctgaattaataagaatggctgaagatctgcaaaaatct
actctggttttccgtggtgagagaattacatggatttcccctattagtttaatggaactt
ctggaactgaaagacaagtatcccaaagcacctctagcagtagggaatactggtgtagga
cttgacatgaaacttaaagggacttttcatccagttatcatttctcctacaagagtatta
gagttaagcattatgagttacaagaaagatggactgacagtaggagctacctgcagcctg
gctgtagtgaaagacatcttgaccaatgcagtcttggaactccctagggagaagacaaaa
atcttttgtgctctcttgcagcagttaaaatctctgggaggaccacaaatcagaaacatt
gcatcctttggaggaaatattacaataaagcatccagcctctgacctgaatcccatttta
gcagcatccaattgcatcctcaacctggcatctaaagaaggaacacgtcagataccttta
aatgattcttttttttctggattgggaaatgatgcccttaagccggaggagatcttagtc
tctgttcacatacctcactcaaggaagtgggaatttatatcagcatttcggcaagcccag
cgtcatgaaaatgctctgtgcatcgttaatgctggaatgaaagttctttttgaagaaggc
acagacatcattaggaacgtcagcattttctatggtggagttggttcaaccacaacttgt
gcaaagaagtcttgtgaggatctgataggaagacaatggactgaacaaatgctgcataca
gcttgcaaaatagttcttgaggaagttctgctcccaggctcagcacctggaggtatggta
gagtacaaacgaaccctaatgattagtttcttcttcaaattttacctgaaagttctacaa
gaattaaagttggtggataaccatagatactatgacataccaaaaaaagatatgagtgcc
cttgaaatttttcaaatcaagacacctcaaagtttacagctatttcaggttgtagtgcca
gagaaccttcctcaatatcctgtaggcgattctatcatgcatgagtctgcagttaagcat
gccactggtgaagctgtttactgtgatgacatttgtccaatggatgaagaactgttcttg
gctgtagttaccagtactagagctcatgcaaagattatatcaattgatgtactacaagct
ctcaaattaccaggagtgctagatgcaataacagctcaagatattccagggaaaaataaa
ttcttatctgctactgggacagagatgatttttgctgaagataaggtgatttgtgtgggt
cagattgtctgtgctgtggttgcagattcagaggttcatgctaaacaagcagctgcaaaa
gtgaatattgaatatgaagctctggaaccagtgatcctgacaattgaggaagctgtaaag
cacagttcattctttgagccagaaaggaagtttgaacaaggaaacactgaagaagcattt
gaaacagctgatcacatccttgaaggagagctccacattggtggacaagaacatttttat
atggaaactcatagtgtacttgttgtaccaaaaggagagaataaagaaatggatgtgtat
gtatcaacacaggatctaacatttgctcagcaactggtggcctcagtattaaatgctcca
ttcagtgtgatcaagtgccatgtaaaacgaattggtggtggttttggaggaaagactgta
aaaccggctcagtttgcagctattacagcacttgcagcagacagaactggccgtgcagtt
cggtgcattctggatcgcagtgatgatatgttaataacagggggccgccatccttatcta
ggaaaatataaggtaggattcatgaatgatggtagaatcatggctgtggatatcagatat
tacagcaatggagggtgcacagaagataaatctattttggtattgcaagtaagtatgtta
ggattattcaatgcttacaagattcccaatcttcgatgctgtggacgagtttgcaaaaca
aatttgccatcaaacacatctttccgaggctttggattcccccaagcagcactgattaca
gaatcctggataacagatgtggcagctaaatctggtttatctccagagaaggttagggag
gttaatctatataaagaagcttatcaaaagcacttgaaaatggatattgatccagataac
ttgataagatgttggaatgaatgtatggagaagtcttcatactacaagaggaaaatgaca
atagaagaatttaacaaacagaactattggaagaaaaaaggaattgctattattcccttg
aaagtccccgttggcttttccgaccagtatctcaatcagggtgcagctctagtccatata
tatttggatggatctgtgttggtaactcatggaggaattgaaatgggacaaggcattagc
accaaaataatacagattgccagtcatgaattaaagataccactctcttacatccatgtt
tatgaaactagcacaacaatggtacctaatgctaatgtctcatcagcctctattggaact
gatgtctatgggatggcagtgaaggatgcttgtcaaactcttctgaaacgccttgaacca
gttatgagtaaaagccctaaagactcctgggaaaactggattaaagcagctttcaagcaa
agtgttagtctttcagctactgggtacttcagaggctatgatgttcatatggactggaac
acttgggaaggccatccatgcgcatactttgtttatgcagctgcttgttctgaagttgaa
attgactgtttaacaggagaccatcagaacatcagaacagacatcattgtggatattggc
tgtagtataaatccagctatggatatagggcagattgaaggtgcatttattcaaggcctt
ggactttttacaatggaagaactgaaatattctccagagggtgtcctgtatactaggggc
ccagatcattataagattcctgcagtctgtgatatcccaaaagaattcaatgtctccttg
ctgtctccatcccaaacttcaaatacactctattcttctaagggagtaggtgaggctggg
ctgttcttaggatgctctgtgttttttgctataaaagatgccattgctgcagcacgaaag
gaaagaggattaactgggacatttctgttgaatagcccatcaactcctgagcacattcga
atggcatgcattgatcagtttactaagatgattccaagagatgaccctggatcctatgtc
ccttgggctatatctccatctcagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (8)   
Chemical substance (21)   
   KEGG COMPOUND (21)   
Chemical reaction (10)   
   KEGG ENZYME (1)   
   KEGG REACTION (9)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   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 (103)   

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