KEGG   Musca domestica (house fly): 101901324
Entry
101901324         CDS       T03448                                 
Name
(RefSeq) uncharacterized protein LOC101901324
  KO
K00106  xanthine dehydrogenase/oxidase [EC:1.17.1.4 1.17.3.2]
Organism
mde  Musca domestica (house fly)
Pathway
mde00230  Purine metabolism
mde00232  Caffeine metabolism
mde00983  Drug metabolism - other enzymes
mde01100  Metabolic pathways
mde01232  Nucleotide metabolism
mde04146  Peroxisome
Module
mde_M00958  Adenine ribonucleotide degradation, AMP => Urate
mde_M00959  Guanine ribonucleotide degradation, GMP => Urate
Brite
KEGG Orthology (KO) [BR:mde00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    101901324
  09110 Biosynthesis of other secondary metabolites
   00232 Caffeine metabolism
    101901324
  09111 Xenobiotics biodegradation and metabolism
   00983 Drug metabolism - other enzymes
    101901324
 09140 Cellular Processes
  09141 Transport and catabolism
   04146 Peroxisome
    101901324
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mde04147]
    101901324
Enzymes [BR:mde01000]
 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
     101901324
   1.17.3  With oxygen as acceptor
    1.17.3.2  xanthine oxidase
     101901324
Exosome [BR:mde04147]
 Exosomal proteins
  Exosomal proteins of breast milk
   101901324
SSDB
Motif
Pfam: MoCoBD_2 MoCoBD_1 FAD_binding_5 Fer2_2 CO_deh_flav_C Ald_Xan_dh_C Fer2 Siva Fer2_4
Other DBs
NCBI-GeneID: 101901324
NCBI-ProteinID: XP_019893881
UniProt: A0A1I8MNC5
Position
Unknown
AA seq 1262 aa
MATTTFKINGVPYTVNLSTLAPDITLNNFIRDHAQLTATKFMCLEGGCGACVVSVSGKHP
VTGDMKTWAVNSCLTLLNTCSDLEITTCEGIGNKRDGYHPIQKRMAKMNGTQCGFCTPGF
VMNMYSLLESKDGKVTMDEVENSFGGNICRCTGYRPILDAMKSFALDSTIKIPEECQDIE
DLTNKKCPKTGQMCAGQCHKSLEFLLYADGSQWYWPKKLDELFATLSKIDSNEHYMLVAG
NTAHGVYRRSDSLKHFIDVNGIADLKKHDLSKDGLVLGGNLSLTEAMDIFTEASKQPGFE
YCQQLWHHFDLIANVPVRNTGTLAGNIYTKREHEEFPSDVFLTFEALNAQVVVGYSSEKR
ETMSLVDYVRDKTSKTVILSFNLPAYPKENFIFKSYKIMPRAQNAHAFVNAAFLLEVESS
TGVVNTCSLCFGGIRPDFVHASSVEAVLKGQCFYEKSVVEKIFAELATALQPNEVLPDPS
PDYRRKLACGLLLKFLLESAPADKVKPEFRSGGPILKRELSSGIQTFDTQKKFYPVTQPV
EKIEGLIQCSGEATYMNDTLTPHNAVHCAFVTATKVGSTIEQIDASEAIRVPGVVAFYSA
KDIPGSNTYVDEGFGYEKEEIFCSQTVRYYDQPLGMIVALSSDIANRAASKVRVIYSKGS
EVIMPTLPDVFANNCLERIHSISPSKIEDIKLSEAADISGKGIFEIGLQYHFTMEPQTCV
AVPFEQGLQVWATTQWMDHTQAVISKMLQIKAADVQLKVRRLGGAYGSKISRGNLVACAA
SLAAYKLNRPARFVQTIESMMNCNGKRWGCRSDYEFHIKANGKIVGLKNIFYEDAGCTLN
ENPIDDHSTVCAKNCYAFTEDNLKIEGNAVVTDATSSTWCRAPGSVEGIAMIENIMEHIA
FEANIDPADARMTNIEDGNKLKELLPRFIASTEYRKRRQEIDDFNSKNRWLKKGLGIAIM
DYPIFYFGQYPATVSIYHTDGTVVISHGGIEMGQGMNTKIAQVAAYVLGIPLEFIKIESS
DTINGANSMVTGGAVGSESLCFAVRKCCEVLNDRLKPVKDSLKDNASWVDVVQTAWGKNI
NMIASDHYKKGDMPNYHIYGLALTEVELDILTGNHLIKRVDILEDTGESLSPYIDIGQIE
GAFVMCLGYWLTEQLVYDRQTGQLMTNRTWTYKPPGAKDIPIDFRVKKLQGSANPAGFMR
SKATGEPPSCLAISAIFAIQHAIQSARNDAGLKREWVRLGAPTTPETIVLNAGNDTSTYT
LE
NT seq 3789 nt   +upstreamnt  +downstreamnt
atggctacaactactttcaagataaatggggttccatacacagtgaatctctcaactctg
gctcccgacattacgttaaacaatttcattagagaccatgcccaattgacggctaccaaa
ttcatgtgcctggagggaggatgcggggcctgcgttgtgtcagtatcgggtaaacatccc
gtcactggtgatatgaaaacatgggccgtcaattcgtgtctaacgctgttgaacacgtgc
agcgatttggaaattacgacctgtgaaggaattggcaataaacgtgatggctatcatccc
atacaaaagcgaatggccaagatgaatggaactcaatgtgggttctgtacaccagggttc
gtaatgaatatgtacagcttgctggaatcgaaggatggaaaagtaaccatggatgaagtg
gagaactctttcggtggcaatatctgtcgctgtactggctatagacccattttggacgca
atgaaatcgtttgctttagacagcaccataaaaataccggaggagtgtcaagatatcgag
gatcttacaaacaagaagtgtccgaagactggacaaatgtgcgcgggtcaatgtcataag
tccttagaatttctactttacgccgacggcagtcagtggtattggccaaaaaaattggac
gaactctttgccacgctttcgaaaatagactctaacgaacactatatgctcgtggctggc
aacacggctcacggcgtctatcgtcgatcggattcgttgaaacattttattgacgtaaat
ggaatagctgatttgaagaaacatgacttgtccaaggatggcttagtcctgggtggtaat
ctcagcctcaccgaggcaatggacatattcactgaggcttcaaagcaacccggatttgaa
tactgtcaacagctctggcaccacttcgatttgattgcaaacgttcccgtgcgaaacact
ggaacattggccggcaacatttacaccaaaagggaacatgaagaatttccatcggacgtg
ttcctgacttttgaggccctaaacgcccaagtcgttgttggttattccagcgagaagcgc
gaaaccatgtccttggttgattatgtcagagacaaaacttccaaaacagtaatcctttca
ttcaatttaccggcgtaccctaaagaaaactttattttcaagtcgtacaagataatgcct
cgagctcaaaacgctcacgcatttgttaatgccgctttcctgctggaggtagaatcgtca
acgggcgttgtaaacacctgcagtctctgcttcggtggcatacgcccagactttgtccac
gcttcttcagtggaggcagttcttaaggggcagtgtttttatgaaaaatctgtcgtggag
aaaatctttgcagaattggcaactgcgctgcaacccaatgaggtcctgcccgacccctcc
cccgactatcgccgcaagttggcctgcggtcttttgttgaagtttcttttagagagtgca
cccgcagataaagtgaagccggaatttcgcagtggaggtcccattttgaagagagagctt
tcatcgggtattcagacctttgatacgcagaaaaaattctaccccgtcactcagccagtt
gaaaaaatagaaggtctcatccagtgctccggcgaagctacttacatgaacgacacactg
acaccccacaatgctgtgcactgtgcctttgttacagccaccaaggttggcagcaccatc
gaacaaatcgatgcctccgaagctattcgggttcctggagttgtggcattctattctgcc
aaagacattccgggaagtaatacttatgtagacgagggtttcggctatgagaaagaagag
atattctgttcacaaacagtgcgttattacgatcagcccttgggcatgatcgtggcattg
agtagtgatattgcaaaccgcgccgcatccaaggtcagagttatttactccaaagggtcc
gaggtgataatgccgacactaccagacgttttcgccaacaattgtctggagcgaattcac
agtattagcccttcgaagatcgaggacatcaagttgtccgaggccgcagatatttcgggc
aagggtatttttgaaatcggtctgcagtaccatttcacaatggaacctcaaacgtgtgtt
gcagtgccatttgaacaaggtctgcaggtgtgggccacaactcagtggatggatcataca
caagcggttatttcgaaaatgcttcaaatcaaggcagctgacgtccagttgaaagtcagg
cgtcttggtggtgcttacggcagcaaaatcagtaggggcaacctggtggcttgtgcagca
tcattggccgcgtataaactgaaccgtcccgcccgatttgtccagacgattgaatcgatg
atgaactgtaatggcaaacgctggggttgtcgttcggattacgagtttcacatcaaggcc
aatggcaagattgtgggcttgaagaacattttctacgaagacgccggttgcaccttgaat
gaaaaccccattgacgaccattctaccgtctgtgcaaagaattgttatgcattcacagaa
gacaatctgaagatcgaaggcaacgcggtcgtgacggatgccaccagctccacctggtgt
cgtgcaccaggatcggttgaaggtattgccatgattgagaatataatggagcacattgcc
tttgaggccaacatagaccccgctgacgctcgcatgacaaacattgaggatggcaacaag
ctgaaggagctgttgccacgctttattgcctctacggagtacaggaagagacgccaggaa
atcgacgattttaactcgaaaaatcggtggttaaagaagggactcggcatcgctataatg
gattaccccatcttctattttggccagtatccagcaactgtatccatataccacacggat
ggcaccgttgttatctcccacggtggaattgaaatgggtcaaggcatgaatactaaaatt
gcacaggtggccgcttatgtcttgggaatccctttggagttcataaaaatcgaatcaagt
gataccataaatggtgccaattcgatggtcaccggtggtgcggtgggaagtgaaagtttg
tgctttgccgtacgtaaatgctgcgaagtactaaacgaccgcctgaagcccgtaaaggac
tcattgaaggacaacgcgtcgtgggtcgacgtggtgcagacagcgtggggcaaaaatatc
aacatgattgcaagtgaccactataagaaaggtgacatgccgaactaccacatttacggt
ctggctcttaccgaagtcgaattggacattctgactggcaatcatttgatcaagcgagtg
gatattctggaggatacgggcgaaagtttaagtccttacatagatattgggcaaattgaa
ggggcctttgtgatgtgtctcggatactggctaacggaacagttggtctacgatcgccaa
accgggcagcttatgacaaaccgtacgtggacttacaaacctccaggtgccaaagacatt
cccatagatttccgtgttaaaaagctgcaaggatctgctaatccagcaggatttatgcgt
tcgaaagcgactggtgagccgcccagttgcctagccatcagcgcaatatttgccatacaa
catgcaattcaatcggcccgcaatgatgccggcctcaagagggagtgggttcgcttaggt
gctcccacaacgcccgaaacgattgtcttgaacgctggcaacgacacatccacctacacg
ttggaataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (9)   
   KEGG PATHWAY (6)   
   KEGG MODULE (3)   
Chemical substance (22)   
   KEGG COMPOUND (22)   
Chemical reaction (15)   
   KEGG ENZYME (2)   
   KEGG REACTION (13)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (98)   

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