Amphiura filiformis: 140168668
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Entry
140168668 CDS
T10871
Name
(RefSeq) LOW QUALITY PROTEIN: xanthine dehydrogenase/oxidase-like
KO
K00106
xanthine dehydrogenase/oxidase [EC:
1.17.1.4
1.17.3.2
]
Organism
afil Amphiura filiformis
Pathway
afil00230
Purine metabolism
afil00232
Caffeine metabolism
afil00983
Drug metabolism - other enzymes
afil01100
Metabolic pathways
afil01232
Nucleotide metabolism
afil04146
Peroxisome
Module
afil_M00958
Adenine ribonucleotide degradation, AMP => Urate
afil_M00959
Guanine ribonucleotide degradation, GMP => Urate
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
140168668
09110 Biosynthesis of other secondary metabolites
00232 Caffeine metabolism
140168668
09111 Xenobiotics biodegradation and metabolism
00983 Drug metabolism - other enzymes
140168668
09140 Cellular Processes
09141 Transport and catabolism
04146 Peroxisome
140168668
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
afil04147
]
140168668
Enzymes [BR:
afil01000
]
1. Oxidoreductases
1.17 Acting on CH or CH2 groups
1.17.1 With NAD+ or NADP+ as acceptor
1.17.1.4 xanthine dehydrogenase
140168668
1.17.3 With oxygen as acceptor
1.17.3.2 xanthine oxidase
140168668
Exosome [BR:
afil04147
]
Exosomal proteins
Exosomal proteins of breast milk
140168668
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MoCoBD_2
MoCoBD_1
FAD_binding_5
Fer2_2
Ald_Xan_dh_C
CO_deh_flav_C
Fer2
DHODB_Fe-S_bind
BsuBI_PstI_RE
Motif
Other DBs
NCBI-GeneID:
140168668
NCBI-ProteinID:
XP_072048182
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All DBs
Position
13:complement(66144498..66191706)
Genome browser
AA seq
1318 aa
AA seq
DB search
MAEENQSVGLVFFCNGQKIVENHVDTEMSLAVYLRSKLRMTGCKIGCGTGACGACTVMVS
SVDADTKKISHIAINACLYPVCAVHGKAVTTVEGIGSTETKLHAIQERLAKAHGSQCGFC
SPGMVMSMYTLLRNNPKPTSDEILRNMEGNLCRCTGYRPILDAFNTFTEDGCAMGEECCR
NRKPSDVPVENVCTELYRTSDLLECQYDPSQDVIFPPELMTSVEQFQKTVEFRSEQQTWI
SVSNLDELLQLKAKYPTAHIIAGNTNLGVTKDFRPHQDVVLHTSNIKELKVMEANDLGLK
VGAMVTMDELQSFVKTQIASLTEPQTRILAAIDTMLNRYAGQQIRNVATLGGHIMIGATD
ISAILLAVGCHVTVAKAGGKERQIALDQTFHQKTVASAIDPEEVLISVEIPYSTQDQYVT
AYKLTPRRQQSDSAILNAVYNVTFEGTSAVVKTAAFVYIGLCANNVPVFAKNTTMKTVDK
EWDNALLENTTSSLAEELTSDLDITNSPSAKYTHSLVVASFFKFYIEVLKQLKEKGIHCH
NLPTSVGSIVSEFPRTTPCGTAVFEPFSQNQTPLGRPIVHRSALQQASGEAVYTDDMPKV
EGELHVALVLTTRGRAKVLSVDTSEALAIEGVVAYVSAADVPGNNVTSDGEEVFVTEQVY
SVGQIHGAIVAATPRLLNKLPKXVKVQYEDLPAIVTIEDAMQQNSSYGPGKFLHKGDPEG
AFNECPIVFEGSLRTHSQEHFYLEPSACVMRPSGEVSEIDVYVGFQYIKRIQEEMAGTLG
IEQNKITCHTKRIGGGFGGKSCRFLHYLACAVAVKKTRRSLRMCLNRSEDMRLTGHRESN
LAQYKVGCDDTGKIKALDLTVNSNCGIPDSVASGLLAELLFIVDNVYSIDNMRVKGIMYK
TNLPAISPMRAFASIENMYLIESIVSDVAVKCGLPQVQVRETNMHTEDIPLTYFGLPIED
FDNFRTCWQECKERSEYVVRRREVDAYNSQNRWRKRGLAIHPLKFNTGAYPIHFHQAGAL
VNAYIDGSILIHIGGAECGQGLFTKMIQIASRVLGVSVDHIHIKETNTDITPNPTDTAAS
STSDIFGMAVKEACKILIERLKPYKDAKPEGTFADWTSAAHLDRVNLSATGFYKTPGLDW
SWETKTGRPYPYSTYGVACSEVEIDCLTGAHHLIQTDIVMDIGRSINPAIDIGQIEGAFM
MGYGYFTFEELQWSDAGKLITDGTYNYKIPCVMDVPEKFNVTLLRNSRNLRAVYSSKGLG
EPAVCLANTVFFAIKDAIQSARNDAGLMGTFDMDTPATPEKIRLACGDSVIDFANKTI
NT seq
3957 nt
NT seq
+upstream
nt +downstream
nt
atggcggaggagaatcaatcagtcggtttggtattcttctgcaatggccagaagattgtt
gaaaaccatgtggatacagagatgagtctggcagtatatctgcgttctaagttaagaatg
actgggtgcaagattggatgtggaacaggtgcctgtggtgcctgtactgtgatggtatca
tctgtagatgctgatacaaagaaaataagtcacatagccatcaatgcttgcttgtatcct
gtgtgcgctgtgcacggtaaagcagtgactactgtagaaggtataggaagcactgagacc
aaacttcatgctatacaggaaaggcttgctaaggcccatggttcccagtgtggattctgt
agcccaggtatggtaatgtccatgtacacattactaagaaacaacccgaaaccaaccagt
gatgaaatactgcgcaatatggagggaaacctgtgcagatgtactggctatagaccaatc
cttgatgcctttaatacatttactgaggatggctgtgccatgggtgaggagtgttgcaga
aataggaaacccagtgatgtacctgtagaaaatgtgtgtacagagttatatcgcaccagt
gatctcttggaatgccagtatgacccgtcacaagatgtcatatttcctccagaacttatg
acttcagtggaacaatttcagaagacagttgagtttaggagtgagcaacagacatggata
tcagtttccaatctggatgagctgctgcaactcaaagccaagtatcctacagctcatatt
atagcagggaatactaatctaggagtgaccaaagatttccgaccacatcaagacgttgtg
ttgcacacatcaaacattaaagaactcaaagtaatggaagcaaatgacctagggttaaag
gtcggcgctatggttaccatggatgaactgcagagttttgtgaagacacagatagcatct
ctgacagagccccaaacaagaatactagctgccattgataccatgctgaacagatatgct
ggacaacagatcagaaatgttgcgactttgggaggtcatattatgataggagcaacagat
atctctgcaatcttattggctgttgggtgtcatgtgactgttgcaaaagctggaggcaaa
gaaaggcagatagctttggaccaaacattccatcagaaaacagtagctagtgctatagac
ccagaggaagttcttattagtgtagagataccctatagtacccaggatcagtatgtaaca
gcctacaaactaacaccaagaagacagcagtcagactctgccattctgaatgcggtctac
aatgtgacatttgaagggaccagtgcagttgtcaagacggctgccttcgtctacattgga
ttgtgtgcaaacaatgtgcctgtgtttgcaaagaatactaccatgaaaacagttgacaaa
gagtgggacaatgctcttcttgagaacaccacatcatctttagcagaagaattgacctct
gacctcgacatcacaaactctccatcagccaagtatacacattctttggtcgttgcaagt
ttcttcaaattctacatagaagtgctgaaacaactgaaagagaaagggatacactgtcat
aatttacccacgtcagttggcagtattgtgtctgaattcccaaggactactccatgtggt
actgctgtgtttgagcctttttctcagaaccaaactcctcttggccgtcccatcgtacat
aggtctgcattacagcaagcatcaggagaagcagtgtacacagatgatatgcccaaagtt
gaaggtgagcttcatgtggctctagtgcttacaactcgaggaagggccaaagtcttatct
gtggataccagtgaggctttggcaatagagggagtagtagcatacgtatcagcagcagat
gttcctggaaacaatgtgacatcagatggggaggaggtctttgttactgaacaggtgtac
tctgtaggtcaaattcatggtgccatagtggccgctactccgagattgctcaacaagctg
ccaaaannggtcaaagttcaatatgaagacctacctgctattgtgactattgaggatgct
atgcagcaaaactcttcctatggaccaggcaaattcctccacaaaggcgacccagagggc
gctttcaacgagtgtcccatagtgtttgagggcagtcttcgtacccactctcaagagcat
ttctacctggagccgtcagcatgtgtgatgaggccctcaggggaagttagcgagattgat
gtgtatgtgggttttcagtacattaagaggatacaggaagaaatggctggtactcttggc
attgaacagaataagataacctgccatacaaagcgaattggcggaggattcggtggcaaa
tcttgtagatttttacactacctggcatgtgcagtggctgtaaagaagacgagaagatca
ttgaggatgtgtttgaatcgaagtgaagatatgcgtctgacaggacacagggaatcgaac
ctggctcagtacaaagtaggatgcgatgatacagggaaaatcaaggcgctggacttgact
gtcaactctaattgtggcattccggatagtgttgcatctgggctgttagcggaactgcta
ttcatcgtagacaatgtgtactccattgacaacatgcgagtgaagggtatcatgtacaag
accaacctcccagccatctcaccaatgagggcgtttgcttccattgaaaacatgtacctg
attgagagtattgtatctgatgtggctgtcaaatgtggattgccacaggtccaggtgcga
gaaaccaacatgcacacagaagacataccattgacatattttggtctaccaatcgaagat
tttgacaatttccggacctgctggcaagaatgcaaggagaggagtgaatatgttgtacgt
cgcagggaggtagacgcctataacagtcagaatcgttggaggaagagaggtcttgcaatc
catccactcaaattcaataccggagcctatccaatccatttccaccaggctggtgcccta
gtgaatgcatacatagatggatccattctgatccacatcggtggtgcagagtgtggtcag
ggtctcttcactaagatgatacagatagccagtcgtgtgctgggagtgtcggtagatcac
attcacattaaggagaccaacacagacatcacaccaaatccaacggatacagcggctagc
agtactagtgatatatttggaatggcagtgaaggaagcttgcaagattttgatagaaaga
ctcaagccttacaaggatgctaaaccagaggggactttcgcagattggacctcagcagct
catttggatcgagtcaatctatcagctacaggattttacaaaactccaggtcttgattgg
agctgggaaaccaagactggccgtccatacccatattccacctatggtgtagcatgtagc
gaggtagagattgactgcctcaccggagctcatcatttgatacaaacggacatcgtcatg
gatattggcaggagtataaacccagctattgatattggacagattgagggcgctttcatg
atgggctacggctactttacctttgaagagctgcagtggtcagatgctgggaaactaatc
actgatgggacgtacaactacaagataccgtgcgtgatggatgtaccagagaaatttaat
gtgacgcttttacgtaacagtcggaatctcagagctgtctattcatccaaaggcctgggt
gagcctgcagtgtgccttgccaatacagtgttctttgcaatcaaagatgccattcaatcg
gctcgcaacgacgcaggcctgatgggtacattcgacatggacacaccagcgacaccggag
aagatccgactagcgtgtggtgacagcgtgatagactttgccaacaaaacaatataa
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