Alligator mississippiensis (American alligator): 102558513
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Entry
102558513 CDS
T03087
Symbol
AOX1
Name
(RefSeq) aldehyde oxidase
KO
K00157
aldehyde oxidase [EC:
1.2.3.1
]
Organism
amj
Alligator mississippiensis (American alligator)
Pathway
amj00280
Valine, leucine and isoleucine degradation
amj00350
Tyrosine metabolism
amj00380
Tryptophan metabolism
amj00750
Vitamin B6 metabolism
amj00760
Nicotinate and nicotinamide metabolism
amj00830
Retinol metabolism
amj00982
Drug metabolism - cytochrome P450
amj01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
amj00001
]
09100 Metabolism
09105 Amino acid metabolism
00280 Valine, leucine and isoleucine degradation
102558513 (AOX1)
00350 Tyrosine metabolism
102558513 (AOX1)
00380 Tryptophan metabolism
102558513 (AOX1)
09108 Metabolism of cofactors and vitamins
00750 Vitamin B6 metabolism
102558513 (AOX1)
00760 Nicotinate and nicotinamide metabolism
102558513 (AOX1)
00830 Retinol metabolism
102558513 (AOX1)
09111 Xenobiotics biodegradation and metabolism
00982 Drug metabolism - cytochrome P450
102558513 (AOX1)
Enzymes [BR:
amj01000
]
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
102558513 (AOX1)
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
MoCoBD_2
MoCoBD_1
FAD_binding_5
Ald_Xan_dh_C
Fer2_2
CO_deh_flav_C
Fer2
DHODB_Fe-S_bind
MSMEG_3727_PQQ-assoc
Motif
Other DBs
NCBI-GeneID:
102558513
NCBI-ProteinID:
XP_019347511
UniProt:
A0A151NAV3
LinkDB
All DBs
Position
Un
AA seq
1410 aa
AA seq
DB search
MSSSTTARSDELIFFVNGRKIIEKNADPERMLLSYLRKRLHLTGTKYGCGTGGCGACTVM
ISTYEPFSKKIQHCSANACLIPICCLYGAAVTTVEGIGSVKSRIHPVQERIAKCHGSQCG
FCTPGMVMSIYALLRNHPEPTMEQISEALAGNLCRCTGYRPIIDACKTFCKDLDCCKIRE
NENCCLDLKENLLLSEKGKEICTKLFATDEFQPWDSTQELIFPPKLLLMAKEQRKRTLVF
YGERTTWISPVSLKELLELKAKYPKAPLVVGNTSVGPEIKCKGVFHPVIISPIRVLELNF
LNFTSNGLTLGAACSLSLVKDILTSTVSEIPEEKTKVFRALLQQLKTLGGQQIRNIASLG
GNIIKQHTTSDLNPILAVSNSLLNLASLAGGTRQISLNEHFSSGFGKAILKPEEILVSLS
IPYSKTGEFVAAFRQAQRRENALSIVNAGMRLILDPGTDIIMDFGIFYGNVASTTVCAKK
SCQALIGRCWNEQMLEEACKLLLEEVSIPGSAPGGKVEYKRTLIVSFFFKFYLEVLQGLK
LMYPHRYCDTIEKRKSIPDVFHNKIPQSSQIYQAVDPEQLSQDPVGRPLMHLAGIKHATG
EAIYCDDIRAVEEELFLAIVTSSRPHAKIISIDLSDALKLPGVIDVITVQDIPGTNEFCC
INEPESVFANHKVICVGQIICAVVADTDVHAKRAAVKVKITYEALEPVILTIEEAIKNNS
FYDPERKLEQGNVDEAFETVDQILEGEIHIGGQEHFYMETQSVLVVPKGEDKEMDVYVSS
QHPTFTQELVASVLNVPSSRIMCHVKRVGGGFGGKVTKPAILAAVTAVAANKTGRVVRCI
LDRGDDMLITGGRHPFLGKYRVGFMNDGRIMALDVRYYSNGGCTADESIVIMETALLRMD
NAYMIPNLRCWGKVCKTNLPSNTAFRGFGFPQSALVTESWITDVAIKTGLSPEKIREINM
YKKGNQTHYKQDLDPNNLVKCWNECMEKSSYYIRKTAVDKFNKQNYWKKKGIAIIPLKYS
IGFEAMFLNQAAALVHIYMDGSVLVTHGGVELGQGIHTKIMQVASRELKIPTSFIHICET
STVTVPNTRPTAASIGTDINGMAVKNACQTLLKRLQPIMDKNPEGTWKDWVTGAFRQSIS
LSATGFFRGYDTNMNWDKGEGRPFEYFVYGAACSEVEIDCLTGDHKNIRTDIIMDVGCSL
NPAVDIGQIEGAFVQGLGLYTMEELKYSPEGVLYTRGPDQYKIPAVCDIPEQFSVSLLSS
SQNPNAIYSSKAVGEPALFLGCSVFFAIKDAVAAARQERGITGTFTFHSPSTAERIRMAC
VDQFTKMIPWDEPESYVPWAVPVDQSLLSQQIPQEQERFQYAMDPQTDLKRVLSAATPPN
TLIIFPEGQERSSLKQGAPVCQRDASLLCF
NT seq
4233 nt
NT seq
+upstream
nt +downstream
nt
atgtcatcctccacaactgcacggtcagatgaattgattttctttgtgaatggaagaaag
ataatagaaaagaatgctgatcctgaaagaatgttgttgtcttacttacgaaaaagactc
catcttacaggaacaaaatatggctgtgggacaggtggctgtggagcttgcactgtgatg
atatcaacatacgagccattttccaagaagatacaacattgttctgccaatgcttgcctg
attcccatctgttgtctgtatggtgctgctgttaccactgtggaaggtattggaagcgta
aaatcaagaattcacccggttcaggaaaggattgccaaatgccatggctctcagtgtggt
ttctgcacccctggaatggtgatgtccatatatgcattactgagaaatcaccctgaaccc
actatggagcagatatctgaagcactggctggaaatttatgccgttgcactggctacagg
ccaataattgatgcgtgtaagactttttgtaaagacttggactgctgtaaaattagagag
aatgaaaactgttgcttggacctaaaagaaaacctactgctttctgagaagggtaaagaa
atttgcacaaaattgtttgctacagatgaattccagccctgggactcaactcaggaatta
atatttccacctaagctactgctaatggcaaaagagcagcgaaaaagaactctagttttc
tatggggaaagaactacatggatttctcctgttagtttaaaagagctactagagctgaaa
gccaagtacccaaaagcacctcttgttgtaggaaacaccagtgtgggacctgaaataaaa
tgcaaaggggtatttcatccagttatcatctctcctattagagttttggaactgaacttc
ctgaatttcacaagtaatgggcttactctaggagctgcctgtagcctgtcacttgtgaaa
gacatcctgaccagcactgtctcagaaatcccagaggagaagacaaaggtttttcgtgct
ctcttacagcaattaaaaacgctgggaggacaacagatcaggaatattgcttccttaggt
ggaaacattataaaacaacatacaacctcagatttgaatcccattctagcagtaagcaac
tcccttctcaatctggcctcattagcaggtggaacacgacagatttctttaaatgaacat
ttttcaagtggatttggaaaagccattcttaaaccagaagagattttagtctctcttagc
atcccttactcaaaaacaggtgaatttgtcgctgcattccgccaggctcagcggcgggaa
aatgctctgtctattgttaatgctggaatgagactcatcttagatccaggcacagacatt
attatggactttggcattttttatggaaatgttgcctctaccactgtctgtgcaaagaaa
tcctgccaagcacttataggaagatgttggaatgaacagatgttggaagaagcctgcaaa
ctacttcttgaagaagtttctattccaggctctgctccaggtggaaaggtggaatacaaa
agaactctgattgtcagcttttttttcaaattttacctagaagtgttacaaggattaaaa
ctgatgtatccccataggtattgtgatacaatagaaaaacgcaaaagtatcccagatgtc
ttccacaacaaaatacctcaaagttcacaaatctaccaggctgtagacccagagcagctc
tctcaggatccagtagggcgaccgctaatgcatctggctggtattaaacatgccactggt
gaagctatttactgtgatgacattcgtgctgtagaggaagagctctttttagccatagta
accagttcaagaccccatgcaaagatcatatcaattgatctatctgatgccctcaaacta
ccaggagtgattgatgtgataacagtgcaagatattccaggaacaaatgaattctgttgc
attaatgaaccagagagtgtgtttgcaaaccataaggtgatttgtgtgggtcagattatc
tgtgctgtggttgcagatacagatgttcatgcaaagagggcagctgtaaaagtgaaaata
acttatgaagctctggagcctgtgatcttgactattgaggaggcaataaagaataattca
ttctatgatccagaaagaaaactagaacaaggaaatgttgatgaagcctttgaaactgtt
gatcagattttggaaggggagattcacattgggggacaggaacatttctacatggaaact
cagagtgttcttgttgttccaaaaggagaggataaagaaatggatgtgtatgtgtcttca
cagcatccaacatttactcaggaactagtggcttcagttttaaatgtcccctccagtagg
ataatgtgccatgtaaaacgagttggtggtggttttggaggaaaggtgaccaaacctgct
atactggcagctgtcacagcagtggcagcaaacaaaactggccgtgttgttcgatgcatt
ctggaccgtggagatgatatgttaataactggaggcagacatcctttccttggaaaatat
cgagtagggttcatgaatgatggcagaataatggctctggatgtaagatattatagtaat
ggaggatgtacagcagatgaatccattgtgataatggagactgcattgctaagaatggat
aatgcgtacatgattcccaacttgcgatgctggggcaaagtctgcaaaactaatttgcca
tcaaatacagctttccgaggatttggtttcccccagtcagccctagttacagaatcctgg
ataacagatgtagcaatcaaaactggtttgtcacctgagaagattagggagataaacatg
tacaaaaagggtaatcaaacacattacaagcaagacctggacccaaataacctggtaaaa
tgttggaatgaatgtatggagaagtcatcttattacatcaggaaaacagctgtggataaa
tttaacaagcaaaattactggaaaaagaaagggattgccattattccactgaaatattca
attggatttgaagcaatgtttctcaatcaggctgcagctttagttcatatctatatggat
gggtctgtgctggtaactcatggaggagttgagttgggccaaggtattcacaccaaaatt
atgcaggttgccagccgtgaattaaagataccaacctcttttatccatatctgtgaaaca
agtacagttactgtgcctaatacacgacctacagcagcatctattggtactgatataaat
gggatggcagtgaagaatgcttgtcaaactcttctgaaacgccttcagccgatcatggat
aaaaatcctgaaggaacatggaaagattgggttacaggagcttttcgtcaaagcattagt
ctttcagctactggtttcttcagaggctatgatacaaacatgaactgggacaaaggagaa
ggtcgaccatttgaatattttgtttatggagctgcttgttctgaggttgaaattgactgt
ctaacaggagatcataagaacatcagaacagatataattatggatgttggttgcagtcta
aatccagctgtagatataggacagattgaaggtgcctttgttcaaggccttgggctttat
acaatggaagaattaaagtactcccctgaaggagtgctttatactcggggcccagatcag
tataaaatccctgcagtctgtgatatcccagaacaattcagcgtgtccttgctttcgtct
tctcaaaaccccaatgcaatctactcttccaaggctgttggtgagcccgctctgttcctg
gggtgctcagtgttttttgctataaaggatgccgtggctgcagctcggcaggaaagaggg
ataactggaaccttcacatttcatagcccatcaactgctgaacggattcgaatggcatgt
gttgaccagtttactaaaatgattccatgggatgaacctgaatcctatgttccctgggct
gttcctgtagaccagtcattgctgtcccagcagataccacaagaacaggaaagattccaa
tatgcaatggacccccaaactgacttgaaaagagttctcagtgctgctacaccaccaaat
accctgattatatttccagaaggacaagaaaggagctcattaaaacaaggtgctcctgtc
tgtcagagagatgcttctttactctgcttttaa
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