Schistosoma haematobium (urinary blood fluke): MS3_00007773
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Entry
MS3_00007773 CDS
T05004
Name
(RefSeq) hypothetical protein
KO
K09189
[histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:
2.1.1.354
]
Organism
shx
Schistosoma haematobium (urinary blood fluke)
Pathway
shx00310
Lysine degradation
shx01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
shx00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
MS3_00007773
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
shx03036
]
MS3_00007773
Enzymes [BR:
shx01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
MS3_00007773
Chromosome and associated proteins [BR:
shx03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
MS3_00007773
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
PHD_5
PHD
Prok-RING_1
Motif
Other DBs
NCBI-GeneID:
24589381
NCBI-ProteinID:
XP_051073751
UniProt:
A0A922LW37
LinkDB
All DBs
Position
1:32594094..32620727
Genome browser
AA seq
2125 aa
AA seq
DB search
MIGLVSHVNLMDALIHPHRQVNSLNYFSISRPSSSLNDSSESDAIIEDTPDSPVETTDYS
SKAPDIGQTVTIGHDGSEISVCDTQRLNKRVCFSYQDESDPDEYPFHAVTYGESEGCWGL
PYNDHNYASYEPNPDHNRSVEPDDRLSLLAKLALAKDENPQDSGEKTSRTLQSTLRTNWI
LEESSTVSTTKSMGLVELNASCSSTKRSVVCNSELNSPSNGQSLVTTTSHVSSLPSRTIL
ISTTGGNVNPPLQIHRVSSSLTPHVILRTGLPGLQISTTASRQVSTDSMDSVRCVCGNTN
LDGYLVQCNQCRIWHHSECISSAGKNHLSTPYVCEICQTQSKAVATQRPHLTAFNSVGST
TTPNIRISRAPIGTNTSSGRVFLTNTLGGVTHRQVHVCIPASQGMSGVQCENGSAVARPP
NYGPCGRSVRSSKRKQDLLTLTGGSSSANAGIEGFSSSPPVLDDYDDLSNMRTSYNTDLK
SCFVEGSLNVCQTQGSNPIPVSDKVQIRHSSIVHRLITDCPNNKVQNTFTQMNEVCHTTP
PCPAPDSVLSSPSDIYEEAQTLHLSSRVCKKLSLLFPLFTGMGADCGEIDGIFNEEIPSN
LERLFRYQVVSFDFNRRGLIANEDICPRTPIIEYRGNCLLLSEYNDMYDYRKHYNPFVLF
YKSLPKLPLCVDARKYGNEARFIRRSCTPNSEVRHCISFSNDQHNEPVPHLRLVVVASRV
IPKSSEITLPFDFDYTACRYLVKCSCILKGCPITRWFQRMNQLSNPLRSSTRHSLVCTRK
LPHSPRSYGVNGHSRGFSLLQNSQSHYDDKDPSDEQSVLYPKSPINTTVRNFSISRTGRY
LPSPISNERTSGSHQAGPNRTTRGYLNKSGISCGVRKAVHRRGRGRGRLRSSSSLGVRSK
RETERLSSRMVYLRKSHSKSLSTARKRRSQRNSCSHSGQHPVSSPSDSIVNVDKKRDSHN
FPSRSGFSCEIECLDRLRSVPVKASDSPQKSSNIENQGEVTDNTDISCKSNNELLGEDLD
ADTEPEYEVQPEKLTDRSVCRKYIQSNSRQDRLNSKETKESYTSNNSPRSPDLDHVKAEI
HESHIFKRKSADSSSLVDRGKRRSQMSTFDGHVSKSRKRSTSLEEKEDKKSKEDVWMAEV
LRRIERMEKKRLKQRVSSISLKNSQNTDCTRNDSNQFSPPEKSPEPDSVSDNNDVKSTDG
AMETGGSSDINSKALECDKDIKNVITDETHSDHVEPTDIFEKPELFDCESNHCSGLSQNI
KQNRSISPSKACNQDISEESDTCFQRKQLKQFTGSKFKYQKRCSVSHKQRRRRSQAAMLS
DSLSSVDQGGSREDRWLQMQLRRIAELNDRQEVSQLTSSDMENMSDKSHMSSGNHIKDGS
NIRITLFGALGVKSESSKNDRNPNSCLQHLSPSLSKFSIASGCDTTVFTSGNESSNQINS
NQQALDSEADCGFIVYRTREKDPMAKFSRTRSLDMHSLFSTIHDEISGKTVTDTRQDVYT
SVDDMSTSCLTQPFLHQTPRPTKKRWLSRALMEEDVELSNNNFSNCSHSINHSLSTKSDS
SLVMQNSCATPVNPKKRIISRLSGISEDLPICTYFESDDNLKKESVTVLSDRLANNPNDE
QVVCNPESKVISESQEDPEFCDGLSTHLAPLPPKKATVKQQAEELRLQEIRKVRVSLSEY
RRRRGLPALTPATERNHKQTKEPLDQSNGNIDNLEIIIPPTLISPDRLLITLPNLHNESR
PSSDVKSSDGLLQKITTLNMKPEVLHDYNQPLSPYTNTPKRCEFDSERDFIDAKVSERGP
RTPSEPPDDDDDEDIGVDSINPVSRGALSSSPEPFIRFPGKVLSHSSPTSTFSDSRIASE
KLPFRNSSPPDVNSSKFSDSCFQANMFASSKPINRENLLHDIDHAKEYDQDRILSEVVDH
KPSVNIPVSTKQVHFDRLAHYYKKTFNLDDSQHLYGLVISTGTPPPPPPPPIPSFSGHPA
SSNSPVAPSYDIEKNPEDNPTHLSGSLEYFIQRDNEIRVWQETRSYEREKRNTSPWHHRV
SSQPYLNTKKFCTISKHPSKYYKNNEGFFFYPDVVTGHFDNVEQTLLRIRDSLQAQLDLT
KVGCASQKMNSNNDRSSTNNNGAVC
NT seq
6378 nt
NT seq
+upstream
nt +downstream
nt
atgataggtttagtgtcacatgtaaatctgatggatgctcttatccatcctcatcgtcaa
gtcaacagcttaaactatttttctataagtcgaccgagtagctcgctcaatgattcttcc
gagtcggatgcaataattgaagatactccagactctccagtagaaaccaccgactactcg
agcaaagcccccgatatcggtcaaacagtgacaataggtcacgacggttctgaaatatct
gtgtgcgacacgcagagattgaacaaacgagtttgtttctcatatcaagatgaatctgac
cctgacgaatatccttttcatgctgtaacttacggtgagtcggaaggctgttggggactt
ccttataacgatcacaattatgcatcctacgaaccaaatccagatcataatagatctgtt
gaacctgatgatcgtttgtctcttttagcaaagttagcattagcaaaggatgagaatcca
caggattcaggagaaaagacgtccaggacactccagtctacactgcgaaccaactggatt
cttgaagaaagttccacggtctcaacaactaagtctatgggtttggttgaactaaacgcg
tcgtgctcatcaactaaacgttctgtcgtgtgcaactcagaattaaattctcccagtaac
ggacaatccctggtcacaacgacaagtcacgtttcttccttgcctagtcgaacaatcttg
atctcaactaccggtgggaatgtaaatcctcccctacagattcatcgagttagttcatcc
ctcacaccacatgttatcttacggactggtttgcctggtcttcaaatttctacaactgct
tcacgtcaagtttctactgatagtatggattctgttcgttgcgtttgtggaaacacgaat
ttggatggttacctcgttcagtgtaatcagtgcagaatttggcatcacagtgaatgtatt
tcatctgctggtaaaaaccacttgtcaacaccatatgtttgcgaaatatgccagacacag
tcaaaagctgttgctactcagcgacctcatttgactgcatttaacagtgttggatcaacc
acaactcctaacatccggatttctcgtgctcctataggaacaaatacatcttcaggacgt
gttttcttaacaaatacgctcggaggtgtgactcatcgacaagttcacgtttgcatccca
gcaagccaagggatgtctggtgttcagtgtgaaaatggctctgctgtagcccgccctcca
aactatggtccatgtggacgatctgtaagaagctctaaaagaaaacaagatctgttaaca
ctcactggtggatcatcctctgcaaacgcaggcattgagggcttttcaagctcacctccg
gtgttggatgactatgatgacttgtcaaacatgcggacatcttataacactgatttaaag
agctgcttcgtggagggttcattaaacgtatgtcaaacacaaggaagtaatccaatccct
gtgtccgataaagtgcaaattcgtcatagcagcattgtacatcgtttaattacagattgc
ccaaataataaggtacaaaatacatttacccagatgaatgaagtgtgccataccacccct
ccttgtccagcacctgactctgtactatcttctccatcagatatttatgaagaagcccaa
actctacatctttcaagtcgtgtttgtaaaaaactcagtttattgtttcctctgtttact
ggcatgggagcagattgtggcgaaatagatggcatttttaacgaagaaattccctctaat
ctcgagcgtttgttccgttatcaggttgttagtttcgactttaaccgcaggggcctaata
gcaaatgaagacatttgtcctcgtacgccgattattgagtaccgtggtaattgtttgtta
ctcagtgaatacaacgatatgtacgactatcgtaaacattacaatccgtttgtactgttt
tacaaatccttgccgaagttacctctctgtgttgatgctcgcaagtatggcaatgaagcg
cgctttatccgtcggtcatgtacgcctaactctgaggtccgccactgcatttccttttca
aatgatcaacataatgaacccgtccctcatcttcgtctcgtcgttgttgcatcacgggtt
attccaaagtcatccgagataactctaccttttgattttgactatacagcctgtcgatat
cttgttaagtgttcatgtattcttaaaggctgtccgattacccgttggttccaaagaatg
aatcagttgagcaaccctttgcgaagttcgactcgccattcgttggtgtgcactcgcaaa
ttaccacattcaccccgctcatatggggtcaacggtcattctcgaggttttagtctgttg
caaaactcccagtcccattacgatgacaaggatccttccgatgaacagtcagttttgtat
cctaaatctcccataaataccactgtgaggaacttctccattagtcgaacaggccgttac
cttccaagtcctatttcgaatgagcgaacttcaggatcacatcaagcaggacctaaccga
actactcgtggttacttaaataaatcaggcatttcatgtggagttcgtaaagctgttcat
cggagaggtcgtggacgggggcgattaagaagttctagttctcttggagtgcgtagcaaa
cgtgaaacagagcgactgtcttccagaatggtgtaccttaggaagtcccattctaaatcc
ttgtcaactgccagaaaacgtcgttcacaacgtaattcctgttctcacagtggtcaacat
ccagtgtcatcacctagtgatagtattgtaaatgtagataagaaaagagattcgcataac
tttcctagtagaagtggtttctcttgcgaaatagaatgtttagatagattacgatcggtt
cctgttaaagcaagtgactctccacaaaagtcatccaacatagaaaatcaaggagaagtc
actgataacacggatatcagctgtaagtcgaataatgagttattgggagaggatttagat
gctgacactgaaccggaatatgaagtacaaccagaaaagttaacagatagatcagtatgt
cgaaaatatatacagtctaactcccgtcaggaccgtcttaattctaaagaaacaaaagag
tcttatacctcaaataattctcctagatcacctgatctggaccatgtaaaagctgaaata
cacgaaagtcatatttttaagcgcaaatctgctgattcatcatcacttgttgaccgtgga
aaacggcgttcacagatgagcaccttcgatggtcatgtttctaaatcacgcaaaagaagt
acttcacttgaagaaaaagaagacaagaaatcaaaggaagatgtatggatggctgaagta
ttacgtcgcatagagcgtatggaaaaaaaacgattaaagcaacgcgtgtcttcgatcagt
ttaaaaaatagtcaaaacactgattgcactagaaatgactcaaaccagttttctccccct
gaaaaatctcctgaacctgactcagtatcagacaataacgatgttaagtcaacagatggt
gcaatggagactggaggaagttctgatattaactcaaaagcattagaatgtgataaagat
attaaaaatgttatcaccgatgagacccactctgatcatgtagaacctacagacattttt
gaaaagcctgagctgtttgattgtgaatcaaatcattgttctggtttatcacaaaatatc
aaacaaaatagaagtatatctccatccaaggcttgtaatcaagatatttcagaagaaagc
gatacatgttttcaaagaaagcagttaaaacaattcactgggtccaagtttaagtaccaa
aaacgctgttctgtcagtcacaaacagagacggcggcgttcccaagcagctatgttatct
gatagcctatcatccgtggatcaaggtggttcacgcgaagaccgttggcttcaaatgcaa
cttcgacgtatcgctgaattaaatgatcgtcaggaagtatcacaactcacctcatcagac
atggagaatatgtctgataaaagtcatatgtcatcgggtaatcatattaaagatggatca
aatataagaattacactttttggagctttgggtgttaaaagtgaatcatcaaaaaatgat
cgtaacccaaatagttgtcttcagcatttatcacccagtttgtctaaattcagtatcgcc
tctggttgtgatacgacagtttttacgagtggtaatgaatcatctaatcagatcaatagt
aatcaacaagctctcgattctgaagctgattgtggttttatagtttatagaactcgagaa
aaagatccaatggctaaatttagcaggactcgttcacttgatatgcattccttgttctca
acaattcatgatgaaatatctggaaaaacagtaaccgacactcgacaagatgtttataca
tctgttgacgatatgtcaacatcttgtttgacacaaccatttctgcaccaaactcccaga
cctacaaagaaacggtggttatctcgggctctaatggaggaagatgtcgaattatctaac
aataatttttcaaactgttcccactcaattaatcattcactatccactaaatcagattca
tctttagtcatgcaaaattcatgtgctacgccagttaatccgaaaaagaggattatctcc
cgactttccgggatctctgaagacttacctatttgtacgtatttcgaaagcgatgataat
ctcaaaaaagaaagcgtcacagttttgtctgatcgtttagcgaacaatccaaatgatgaa
caggtggtttgcaatccagaatctaaagttatttcagagtcacaagaagatcctgagttt
tgcgatggtctatcaactcatctggctcctcttcctccgaagaaagctacagtaaagcaa
caagctgaagagttgcgattgcaagagatacgtaaagttcgtgtttccctctctgaatat
cgtcgacgtcgtggtctgccagccctcacacccgctacggaacgaaatcataagcagacg
aaagagccgctagatcaatcaaacggtaatattgataatttagaaattataatcccacca
actctgattagtcctgaccgacttctaataacgctcccaaatcttcacaatgagtcaagg
ccatcctctgacgtaaaaagttctgatggattactgcaaaaaattacaacattgaacatg
aaacctgaggttcttcatgattacaatcaacccctatcaccttacacaaatacaccaaaa
agatgtgaattcgatagcgaacgtgatttcattgatgcaaaagtaagtgaacgtggacct
cgaacaccaagcgagccaccagatgatgacgatgatgaagatatcggggtcgattctata
aatcccgttagtagaggtgctcttagtagttctcctgaaccgttcataagatttcctggt
aaagtgctttctcacagctcaccaacatctacattctcggactctcgtatagcttcagaa
aagctacctttcaggaacagttcacctccagatgtgaattctagcaaattttctgattcg
tgcttccaggctaacatgtttgcttcttcgaaaccaattaatcgtgaaaatcttttacat
gacatcgatcatgctaaggagtacgatcaagatcgtattttgtccgaagttgtagatcac
aagccttcagttaatataccagtttctactaaacaagtacattttgatagactggctcat
tactataagaagacatttaacttagatgattctcaacatctgtatggtttggtgatttcc
acagggactccaccgcccccaccccctcctcctattccttcattctccggacatccagcg
tcttcaaacagtccggttgctccgtcgtacgatatcgagaagaatccagaagataatcca
actcatctatctgggtctttggaatacttcatacaacgcgataacgagatacgtgtgtgg
caagaaacgcgatcttatgaacgagaaaaacgtaacacttctccatggcatcaccgagtt
tccagtcagccttacttaaatacaaagaagttttgcacaatctctaaacatccctcaaag
tattataaaaataatgaaggctttttcttttatcctgatgtcgttactggtcatttcgac
aatgtcgaacaaaccctactgcgcatcagagatagtttgcaagctcaattagatctaact
aaagtgggttgtgcttcacaaaaaatgaactcaaacaacgatcgctcatcaacaaacaat
aacggggctgtatgttga
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