Bradysia coprophila: 119073213
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Entry
119073213 CDS
T08269
Name
(RefSeq) uncharacterized protein LOC119073213
KO
K00699
glucuronosyltransferase [EC:
2.4.1.17
]
Organism
bcoo
Bradysia coprophila
Pathway
bcoo00040
Pentose and glucuronate interconversions
bcoo00053
Ascorbate and aldarate metabolism
bcoo00830
Retinol metabolism
bcoo00860
Porphyrin metabolism
bcoo00980
Metabolism of xenobiotics by cytochrome P450
bcoo00982
Drug metabolism - cytochrome P450
bcoo00983
Drug metabolism - other enzymes
bcoo01100
Metabolic pathways
bcoo01240
Biosynthesis of cofactors
Module
bcoo_M00014
Glucuronate pathway (uronate pathway)
bcoo_M00129
Ascorbate biosynthesis, animals, glucose-1P => ascorbate
Brite
KEGG Orthology (KO) [BR:
bcoo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00040 Pentose and glucuronate interconversions
119073213
00053 Ascorbate and aldarate metabolism
119073213
09108 Metabolism of cofactors and vitamins
00830 Retinol metabolism
119073213
00860 Porphyrin metabolism
119073213
09111 Xenobiotics biodegradation and metabolism
00980 Metabolism of xenobiotics by cytochrome P450
119073213
00982 Drug metabolism - cytochrome P450
119073213
00983 Drug metabolism - other enzymes
119073213
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
bcoo01003
]
119073213
Enzymes [BR:
bcoo01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.17 glucuronosyltransferase
119073213
Glycosyltransferases [BR:
bcoo01003
]
Others
Hydrophobic molecule
119073213
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UDPGT
EryCIII-like_C
Glyco_tran_28_C
Motif
Other DBs
NCBI-GeneID:
119073213
NCBI-ProteinID:
XP_037034419
LinkDB
All DBs
Position
Unknown
AA seq
1051 aa
AA seq
DB search
MRIQIVAAAFFLIFTYHQCEGANILVLEELLSPSHYLWFKKVTAGLVAAGHNVTVVSPGA
DVSSENLHYIHMEKVYDRVYKPMEESGMDFFEIGNINPFLQFLFLSDWIVNSCEGFVESD
GWQTLKNYPSNFKFDLVIHDFPAGICLLSFLQKFNYPPMIFMTAYAEYNFISYITKTTVT
PSFYPYVALDELQPTFLSRVENMLLHAIDYVCYTYFIFPKLDKIVSSSFENLPPLQELAQ
RSIITMFNYDAAVEGIRQLPPNVIGVGGLQIEKPKALTGEIKSIADQATNGLILFSLGTN
VKSKDLGDVRITHILKAFANFPEYTFLWKFEAEKLPMEAPKNVFIRKWIPQNDVLGYNNT
KLFITHAGGLSTQEAIWHGIPMLAMPVFLDQFGNSRKSVRKGIAEQLLFADLSSSTLTAK
LRLLLSNQKYKNTVVAASKAFRDQKDTPLERGLWWIEWAMRNPDPVHFKSPSSHLGFFGI
HSVDVIVFLAIVFAVLTYGVLAVCRKIIKLIFCRSESNSKRKLFTMRTEVFPSLLTLLAV
YHQCHGANILVLEEVLSKSHHLWYKKVTAGLVAAGHNITVVTPQLDESSPNVHYIYMEKV
YEAIYKAFESNSKFDPFDFGDSSPFAQLALYCGWLHNICNGFVESAGWEILKNYPNDFKF
DLVIHDFPSGMCLLSFLAKFNYPPMIQMTAYGDYNFIAYTTKSALVPSMAPHIMLPELKP
TFFGRIENFLLHLFDYVYYNYVVYPKFDKIVASSFKNLPPLKELAQRSIISLFNYDAAID
GVRQLPPNVIGVAGLHIETPKALTGELKSIADEAKNGLVLFSLGSNVRSDLLGDVRIAHI
LKAFANFPDYTFLWKFESDTLPIELPKNVFIQKWIPQNDVLAHKNTKLFITHAGLLSTQE
AVWHGVPMLNMPVFIDQFGNSFRSVQKGIAEQLAIKDLTSSSLTAKIEQLLSDEKYKKNI
LAAAKVFRDQKDKPLERGLWWIEWALRNPDAIHFKSSGSDLNFFQIHSIDVIAFLMVIFM
ITASVLVAILWKMVGCLLRRKGDNSIKSKVD
NT seq
3156 nt
NT seq
+upstream
nt +downstream
nt
atgcgtattcaaattgtggctgctgcattctttttgatattcacatatcatcagtgtgaa
ggtgcgaatatattggttttagaagaattgctatctcctagtcattatctgtggttcaaa
aaagtcactgctgggctggtagcagctggtcataatgtaacagtggtttctcccggcgct
gatgtatcgtcagaaaatctgcattacattcacatggaaaaggtgtatgacagagtctac
aaacccatggaagaaagtggaatggatttctttgaaattggcaacatcaatccgtttctg
cagtttctgtttttatccgattggattgtgaattcatgtgaaggttttgtagagtcggat
ggatggcaaacactcaagaattatccaagtaatttcaagtttgatctcgtaatacacgac
tttccggctggaatatgtctgctgtcattcctgcagaaattcaactatccaccgatgatt
ttcatgactgcctatgcggaatacaattttatctcgtacattacaaagacaaccgtaact
ccatcgttttatccgtatgtggcactagacgaattgcagccaacatttttgtcgcgagtt
gagaatatgttgcttcatgccatcgattatgtatgttacacttacttcatattcccaaaa
ttggacaaaattgtgtcgtcttcatttgaaaatctaccaccattacaagaacttgcacag
cgaagcataattacaatgttcaactacgatgctgcggtagaagggatcagacaactacct
ccaaacgttattggtgttggaggactgcagatcgaaaaaccgaaagctttaactggagag
ataaagtccattgctgatcaggcaacgaacggtctaattctgttctcgcttggaaccaac
gtaaaaagtaaagatttgggagacgttcgcataacgcacatattgaaagcttttgccaat
ttccctgagtacactttcttgtggaaatttgaggctgagaaactaccgatggaagcgcca
aaaaatgttttcatcagaaaatggattccacagaatgacgtcttgggctacaataataca
aaactatttatcacacatgctggcggtttaagtacccaggaagctatatggcacggaatt
cctatgttggctatgccagtatttttggatcaatttggaaacagtcgcaagtcggttagg
aagggtattgccgagcaacttttgtttgcagatctgtcttcgtccacattgaccgcaaaa
cttcgactgctcctttcgaatcagaagtacaaaaacaccgtggttgctgcgtccaaagct
ttccgggatcaaaaggacacaccgctagagcgaggcctttggtggattgaatgggcaatg
cgaaatcccgatcccgttcatttcaaaagcccgtcaagtcacctgggatttttcggaatt
cattcggtcgatgtgattgtatttttggcaattgtttttgcagtcctgacctacggagtg
ctggcggtttgcaggaaaatcattaaactaatcttctgccgaagtgaaagcaactcaaaa
agaaagctctttaccatgcgtactgaagtctttccatcgttgttaacacttctggctgtt
taccatcagtgtcacggagcgaatattctggttcttgaggaagttttatctaaaagtcat
cacttgtggtacaaaaaggtcacagcgggactagtagcagctggacataatataacggta
gtaactccacaacttgatgagtcgtcacccaatgttcactacatttatatggaaaaagtg
tacgaagcgatatacaaagcgtttgaatctaattcgaagtttgacccattcgactttggc
gattctagtccattcgctcaactagctttatattgcgggtggttgcataatatttgcaat
ggatttgttgaatcggctggttgggaaatactgaaaaattatccaaatgatttcaagttt
gatctcgtcatacacgattttccgagtggcatgtgtctgttgtcttttctggcaaaattc
aattatccgccgatgattcaaatgaccgcgtatggtgattacaatttcattgcatacacc
accaaatcagcattggttccgtcaatggccccacacattatgttacctgaattaaagccg
acgttttttggtcgaattgaaaattttctacttcatctgttcgactacgtgtactacaat
tacgttgtctatccgaaatttgataaaattgtggcatcgtcatttaaaaatctaccgcct
ctgaaagagctggcccagagaagcattatcagtctttttaattacgacgctgcaattgat
ggcgttcgacaattaccaccgaatgttatcggtgtagctggattacacattgaaacacca
aaagctttaacaggggaactgaaatcaattgctgatgaagcaaaaaacggactcgttcta
ttttcgttgggcagtaatgtgagaagcgatttattgggtgatgtgcgcattgcacatatc
ttaaaagcttttgcaaactttcccgattacactttcctatggaaatttgagtccgataca
cttcccatcgagctgccgaaaaatgtgttcatccagaaatggattccacaaaacgatgtt
ttggctcacaaaaacaccaaattatttataacacacgctggtctgttgagtacacaggaa
gctgtatggcatggtgttccaatgttgaatatgcccgttttcattgatcaatttggaaac
agcttcagatctgtgcaaaaaggaatcgctgagcagttagccattaaggatctaacatcg
tcatcactcaccgcaaagattgagcaacttctttcggatgaaaagtacaaaaagaacatt
ctcgctgcagcgaaagtattcagagatcagaaagacaaaccgctagagcgtggtctgtgg
tggattgaatgggcactccgaaatccggatgctatccattttaagagttctggctctgat
ctgaattttttccaaatacattccattgatgtgattgcctttttgatggtaattttcatg
atcacagcgtcggttctggttgctatactatggaaaatggttgggtgtttattacgtaga
aaaggtgataacagtataaagagcaaagtggattaa
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