Moniliophthora roreri: Moror_7711
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Entry
Moror_7711 CDS
T03137
Name
(GenBank) udp-glucose:glycoprotein glucosyltransferase
KO
K11718
UDP-glucose:glycoprotein glucosyltransferase [EC:2.4.1.-]
Organism
mrr
Moniliophthora roreri
Pathway
mrr04141
Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:
mrr00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
Moror_7711
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
mrr01003
]
Moror_7711
Glycosyltransferases [BR:
mrr01003
]
Others
Quality control
Moror_7711
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_transf_24
Thioredoxin_14
Thioredoxin_12
UDP-g_GGTase
Thioredoxin_15
Thioredoxin_13
Glyco_transf_8
Motif
Other DBs
NCBI-ProteinID:
ESK90257
UniProt:
V2X938
LinkDB
All DBs
AA seq
1636 aa
AA seq
DB search
MLPWLLLVASTALAASHPPVEVSLRTSWSAPPFLVEVIETVALESPSSFFPFVDAVTDPS
TLELPQNSPPEAIYRASLEVAVVNGYIADVSAISAVEMNLALHAAVPKIEAFYHHYNTTN
HGRQINCGSWVDWYGTIVCDVETLARLVRVETIDPTEKPASTSTYNRPKILPFDHIYPPS
RAGRYPPRTAILYASLSSPNFRELHEYLYKLAKNTDGVPLVEYVLRHVPVKESNSKTYLS
GYNVALDLKKMDYLALDDRHVANNGRDEDSTNSEDLDTPQEEDVVLSLIKEYPEPAISTD
GAPQELDEEQQKAYLSSLGAQAAQLIYDASHVNPIKILSGLSQNFPKYLPLLGNPQSQTP
RIPISPELEAELHANQLRVQGGVNAMWLNGITVSESDTSPFGLLRLLKKERDILKTLTTL
GPLASDGSRWLGNGQALDLLTHPKVAAAQNDGVNSVVDDLVDASDRVESGDDKGGKVVVW
WNNLESDTRYANWQPSLHAILRPLYPGQYPSVKLNLFNIVLVVDLSQTSSINFITGAVGN
IIQRNFPFRWGVAPIVGSSSDDSTKMARLFYYLVQNYGRKKTMDLLKKVSQIQVPPHHQT
PSIIWDTVRSAFAELIADDDKAVDLDAILKGTAQGEDDALSHVEESIEKARAYAQRLGLE
GKGQGQGFAFVNGKYFDMSDNFLQQMQLELRNHLQYLQETLYEGRITPPSLDEAAHPDKP
FSMTYHFYDLPTTAKRRNKYIIPPSNDKLKLVNLAEVLENSAFQIANGGYLYPESEDDVP
LTMYVVSDLNSRDGLALVKEALLSIEGNPLARVSFLHNPVKAEIPEILKSPPVSALFAHL
ILNEELGSKESRMLLGALGHQTEAPGSGEQVPLTQPDYLRAVLGGMKPSSLDYTNHTKYV
DMGRKFLSEVDMKPGEKGIIVNGRVIAPLGTDDFHAEDFKALQSYEMRKRVQPVVDALEE
VATDMKKMDRTTRTHVISMTSSFIAAIQLPDPSEVGLFETSQRPRQRTYRSLEGTYSCFE
FGDNTTALYQIGVLLDPLSETAQKWSSLLDWLSNVPNVYIEVHLNPAQYTEVPLKRFFRY
NLRPALTFNENGEENRAEILFEGLPVEPIYTLAIDTPSSWLVRPREALYDLDNIQLRNLS
PEDTSVEAVFELDYLVVEGHARDTLTNSPPRGVQLELVSGRDDNLVPVDDTQVVANLGYF
QFKAKPGVFRLGIREGRGRDIFEMESVGNEGWDSPSVKEVGDEITVTSFEGLTLYPRLRR
KKGMERADVLSEDDEDDDDGGFFGNIMDSIKSIFSSDDTEDSLVPKNGQAEINIFTVASG
LLYERFVSIMILSVLRNTKSTVKFWFIENFLSPSFLEFIPHLAEAYNFQYELVTYKWPSW
LRAQKEKQRIIWAYKILFLDVLFPMDLKKVIFVDADQIVRADLKELVDLDLHGAPYGYTP
MGDDNYDMEGFRFWKTGYWKEFLQGRPYHISALYVVDLVRFRQIAAGDILRGHYQALSAD
PGSLANLDQDLPNNLQREVPIYSLHEDWLWCETWCSKDRLHRAKTIDLCQNPLTKEPKLS
RARQIPEWEEYDAEIAKFARKLAQEGKIKSRIATADANVLASAGSTSKPETSADASPPLE
PTHHDGAADDQPRDEL
NT seq
4911 nt
NT seq
+upstream
nt +downstream
nt
atgctgccctggttgcttttggtcgcctcgacggcattggcagcgtctcatccacccgtt
gaagtctctctgaggacttcatggtctgcaccacctttcctggttgaagtcatagagaca
gttgccctagagtcaccatcttcattcttccccttcgtcgatgctgtcactgatcccagt
accttggagctaccacaaaactcgccacctgaagccatatatcgggcatcccttgaagtc
gcagtagtcaatggctacatagccgacgtttctgctatttcggcagtggagatgaacctg
gcacttcatgcggctgttccaaagatagaagccttttaccatcattataatacgacgaat
catggtcgtcaaattaattgcgggtcatgggtagattggtacggaacaattgtatgtgat
gtagagacattggcgcgactggtgagagtggaaacgatagatccaactgagaagccagca
tctacaagcacatataacaggcccaaaatacttcctttcgaccatatttatccaccgtct
cgtgctggccgctatcccccacgtacagccattttatacgcgtctctcagctcaccaaac
ttccgagaactccatgaatatctatacaagctggccaagaacacagatggcgtgcctcta
gtggaatatgttcttagacatgtgccggtgaaggaaagtaattccaagacctacttgtcg
gggtacaacgttgctctggatttgaagaaaatggattatttggctctggacgatagacac
gtggccaataacgggcgcgatgaagacagcactaactcggaggaccttgacacacctcaa
gaagaggacgttgtgctttcccttatcaaagaatatccggagcctgccatttctactgat
ggagctcctcaggagctggatgaggaacaacaaaaggcatacctttcatccttgggtgcc
caagctgcgcagttgatctatgatgcctctcatgttaatccaatcaagattttgtcaggc
ctctcccaaaactttcccaaatatcttcctctactcggcaaccctcagtcgcagacacct
aggatacctatttcgccggaattagaagcagaactccatgccaaccaactccgtgtccaa
ggaggcgtgaacgccatgtggctcaatggcatcacagttagtgaatccgacaccagccct
ttcggactcttgaggcttctcaagaaggagagagacatcctcaagaccctgacaaccctc
ggcccacttgccagtgatggaagtcgatggctaggcaatgggcaggcgctggacctgctg
acgcatcccaaggtcgcagctgcgcagaacgatggagttaactctgtcgtagatgactta
gtggatgccagtgaccgtgtcgaaagcggtgatgataagggaggcaaggtggttgtctgg
tggaataatctcgaatcggatacgcggtatgcgaactggcagccctccctacacgctatc
ctgcgacctctatatcccggacaatacccttccgtgaagctcaacctgttcaacattgta
ctcgtggtcgacctctcccagacgagctcaatcaactttatcacgggtgccgtcggaaat
atcattcagaggaacttccccttccgatggggcgtcgctccaattgttggttcatcatct
gacgatagtacaaaaatggcgcggttgttctactatttggtccagaactacggccgcaag
aagacgatggaccttttgaaaaaggtctctcagatccaagttccaccccatcaccagaca
ccctcgatcatttgggacaccgtcagaagcgccttcgctgaattaatcgcagatgacgac
aaggcggttgacctggatgcaatcctaaaaggaactgctcagggagaggatgatgcttta
tctcatgtggaagaatccatcgagaaggctcgggcgtacgctcagcgtttaggtttggaa
ggaaaaggtcagggtcaaggctttgcatttgtgaacggcaaatattttgatatgagcgac
aacttccttcagcaaatgcagctcgagttgagaaatcatttgcagtacctccaggagact
ctgtacgaaggccgtatcaccccgccatctttagatgaagcagcccatccagacaagcca
ttctcaatgacttaccatttctatgacttacctacgacggccaagcgaaggaacaagtat
atcatcccaccaagtaatgataagctgaaattagtaaatttggcggaggtgctcgagaat
tctgcgttccagattgcgaacggtggttatctctacccagaatccgaagacgatgttccg
ctcaccatgtacgttgtcagcgacctaaactctcgtgatggactggctctcgtaaaggag
gctctattgagtatcgaaggcaatccattggcccgcgtatccttcctccacaacccggtc
aaagcagaaatccccgagattctcaaatctccaccggtttccgcactattcgctcacttg
atattgaatgaagaactggggagcaaagaatcgcgtatgctccttggtgcactggggcat
cagactgaggctcctggatcaggagaacaagtgcctctgacccaacctgattacttgcgt
gctgtcctcggcggaatgaaaccttcaagccttgattacacgaaccacaccaagtatgtc
gacatgggccgcaagtttttgtccgaagtggacatgaaaccaggagagaagggtatcatt
gtcaacggaagggtcattgcgcctctaggaacggacgacttccatgcggaagacttcaaa
gcgcttcagtcatacgagatgcgaaagagagtgcagcctgttgtggatgcattggaagag
gtagcgactgatatgaagaagatggatagaaccacccgcacacatgtgatatcgatgact
tcttcatttattgctgcaatacagctaccagatcctagcgaggtcggcttgttcgagacg
tcgcagcggccgaggcagagaacttaccggtcgctggaaggcacttatagctgcttcgag
tttggagataataccaccgcgttataccagatcggcgtattacttgatccattgagcgaa
acagcgcaaaagtggtcaagtctgttggactggttatcaaacgttccaaatgtttatatc
gaagtccacctcaatccagcacaatatactgaggtaccgctaaagaggtttttcaggtac
aatcttcgcccagccctgacgttcaacgagaacggcgaggaaaaccgtgccgaaatactg
ttcgagggtctccctgttgaaccgatctatactctagcaatagacacgccttcctcgtgg
cttgttcgaccaagagaggctctctatgacttggacaacatccaacttcggaatctttcc
cctgaagacaccagtgtcgaagcggtgttcgaacttgactacctcgtcgtggaaggtcac
gcaagagataccttgaccaactctccgccacgtggcgttcagcttgaactggtcagcggt
agagatgacaatctagttccagtcgatgacacacaggttgttgcgaatctggggtacttc
cagttcaaagccaaacccggtgttttcagactgggtattagagaaggaagaggaagagat
atttttgagatggaaagtgttggaaacgagggttgggacagcccttcagttaaagaagtc
ggggacgagataactgtcacaagctttgagggactgacgttgtacccacggctgaggaga
aagaagggtatggaacgggctgacgtgttgtcggaagatgacgaagacgatgatgatggc
ggtttctttggaaatatcatggatagcattaaatccatcttcagctctgatgacacggaa
gacagcctcgtccctaagaacgggcaagcagagatcaatatctttaccgtggcatctgga
cttttgtacgagcgttttgtttccatcatgatattgagtgttctccggaacacgaagagt
accgtcaaattctggttcatagaaaacttcctgtctccttcgttcctggaattcattcct
catctagccgaggcatacaactttcagtatgaactggtcacatacaagtggccatcctgg
ttgcgagcccagaaggagaagcaacgaatcatttgggcgtacaaaattctcttcctggat
gtcttattccccatggacctcaagaaagtcattttcgtggacgcagatcaaatcgttcgt
gcagacttgaaggagctagtcgacttggatctgcatggtgcaccatatggatacacaccg
atgggagacgacaactacgacatggaaggattcagattttggaaaactggctactggaag
gagttcttacaaggaagaccgtatcatatcagtgctttatacgtagttgatcttgtacgc
ttccgacagatcgcggccggtgatatccttcgaggacactaccaagctttgtccgcagat
cccggttcactcgcgaatcttgaccaagatttacccaacaacctccagcgggaagtccct
atttattcgctccatgaagactggctctggtgcgaaacctggtgcagcaaagaccgcctt
catagagcaaaaactattgatttatgccagaatccattaactaaagagcccaagctttca
agagctcgtcaaatcccagaatgggaagaatatgatgcggaaattgccaagtttgcacga
aagcttgcacaagagggcaaaatcaaatctcggattgccactgcggatgcaaacgtgcta
gccagtgctgggtctacatctaaaccggagacatctgctgacgccagtccgccattggaa
ccaacacatcatgatggggccgcggacgatcagccccgagacgaactgtag
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