SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO14150
Pre Gene Modal
BGIBMGA011407
Annotation
PREDICTED:_histone-lysine_N-methyltransferase_eggless_isoform_X1_[Bombyx_mori]
Location
Bomo_Chr23(+):19339586-19373555      View in EpiBrowser
Transcription factor
MBD
Location in the cell
Nuclear   Reliability : 3.921
 

Sequence

CDS
ATGGAGACGGGTGACGAAAACGTTGGGAACACTTCAACGAAAGATGATAAACCTGATGTAAGCTCAATTCCGGAGAAGGGAAATGAGCCAAGTACTGCAGATCAAGAAGACACCCAAGAAAAAATAAAATCACAATCAATTGACAATAAACCGGTTAATGAAAATGAAAACCATATAAATTCTAAATGGCAATGTGAAGCCACAACTGATATTGATCTTCAAGAAGAAGAACTCTTGCTGAGATGGGATGAGAATGATGAGATATCTAGTGTAGAACTGATGAATATTGAGGATATTGATGAGGAATATAACTTAGAGTTTTCTGAAATTAAGGATGATGATATCAACAAATCAACAGACCAAGAAGTTAGTTTGATAAAGTCAAAAGCTGGAGTTCACTCACCTCTTGTAGAAACTGGCACAGGAAGTACAGCTGAACAGAAAGTATTTGAATCATACAGTAGTCGAGAATCAGGTGATGTCACTTCTAATTTGTCCACTGGGAATACTAATCCCACAAAAGAGGAGAACGACTCTGAGAATCTGAAAAATGTTCAAGCTCTTAAAGATCAAAGAAATAGTAGTGTTATTGAATATAATGAAATGGCATCAGATGTAGACAATTCGAATTCAGAAACTACAACTGAATTGTTGGACTGTGTTACTGACATAAGTGGATCACAAATTGTGAGGAAAATTGATGAAACCGTAGCAGCTGTAAGTGAACCAGTAGGCGATAGTCGCGATAACCCCGATAATATTTCAGTCAACAAATCAAATCAACAACATACAGAAATCATGTCCAAAATTGTAACGAACAATGAAAATATAAAAATATCCGCTAATAGTCAAGCAGATAGTCTGATAATTGGGATTGAGAAAGAGAGTACTGATGGACCTTGGACATCAACAGAAGAATCAGATTTGGCAAATATTCCTGAAACTCAAGAAAAAACTACAAAGATAGTCGTCAACCTAGGTGAAAGGCAATCTGATAATTCTGATATGGATATAACAGGTAATGTTAGTGATTTGGCTAATTCAACTAAAATGGTACAAGTTGAAGATGATCTTGATAAAGTCAGAACTACTGAAAACATTTATGAGCTAAATAAAGTATCAATGGCAGAAGACAGGAGTCAAATTGAAACCAAACTTGAAGTTATATCTCAAACTCAAACCACAGAGACGGCAAATTCTCTAAGGATGATAACTAATAATGAAAAAGCAGAGGCTATTCAAAAGACTGATGTTATTGGTGACATTGATAATTTTATCATTGATTCAGTTTCAAGTGAAATATCAAATACAGCGAATATGGTCCTGAGTGATGTAACAGACGAAAGTGATATCCTTGCAAATAGTAAAATTACCATTGCTGAAGGAACTAATGACGAAATCAATGTACCACAAAGTGAATCAGTTTCAGATAGTAGTGAAATTATAACCACATATGACGAGATCTTAAGCTCAAGCTTAGGTAAAAGTCAAGTTAAAAATAATACTAACTACACTAATATTCCATTTGATGCTTCAAACGATAAATCTAGAGAGACCTCAGACAACAGTCAAATCGAAATTGTCGAAGATAATGATCTACCTGCAACTGCGGAACAAAGTAAATTGAAAGAATCTAGATATAAAGCTTGTGGCATTAATCACGTAGACGAAGCTTTATCAAACGAATCTACTGATATTAAAGCTGTTAACAATGTAGTTGGTATAAGCTCTACAGGTACTGATCATGACAAATCCATTGAACAAAGTAGTATTGTAATATACGCTGAAAATAAAGAACTCACTTTAACGGATGAAACTAATAAAATTACGGTCACTGGTTTTCCTAATGATATTGAAATGGAGTTATGTGAAACTGAAGTTTCTATGGGAATGTCAGCACAGGAGAATCTAGTTAAAAATGAAAATATAAGCAATAAAAGTGTTGTAAATTCACTACAAATTCCTGAAGATAATCAAATGAAAATTATCGAAGCGAATATCGCCGAAGGTGTGGTTTCAGATACAGCACAACACACACATCAAGTATTTCAATCTGAAGCGAAAACTGATGAAAATACACTAATTTCAAGTGAAAATCCAAAGGGTGATCAATATGATAGTAACGTTGAGAGAGCTAACTTTACTGTGAGCATTCCAAATGAAGCACAGAGCCCTAAAAACATGACTCAAGATGAAATCGAAATTATTGCAGATTCAAATAATACTTCAAATGAAAATGTATTAGAGCCAACTGGAGTTAGTAGTGCTATGGGTGAAAATTTTAGCCAAAAAGCTGACTTGGATCTTGTGGTGTCTAGTGAGATTTCGGATAAAGATGATAAAATAGTACCAATCGTTAGTGAAGACCAAAGCGAAGTGATTACAACTGCTGAAGTTGTCAATGAGGATTCCGAAGAGAATGTCAACGCTTCTAATGATAAACTCACTAGTCTGGGTGCTCATTTGACTTCCCTCGCAGATGTATCTACAACTCTGCCAATCAGGGCAAATTTGGAACATGGTTTGAACCGTCCAAATGCCATGCTGGAGATACCGACCCAAGAGTTGATAGACATCGATGATGCCGAAGACAGCAGTCAAGCGGCATCTGATGATGGGAATCTCAATAATACAATAAATATCACTCAAGAAATTAATGATAGACTTGAATATAGGGATACAGATAATAAAGTTCCTTTAGCAGAAACACTTACTATAGATACGACTGAGAATTCAGATAATCCTATGTACACTAAGACTTCTGGTCTTACACGAAATACAGAAAAAGCTGAAAATCGGCCTGATAATGATGTCTCTAATGAAAATGTCACTTCCGATTTTAAAGCTGATTTTAAAAATAGCGATAGTGAAAATTCTAAAAATACTGATGATCATATGGATGTTGATATGCCTCTAGAAATAAATAATGCTGAACCCATATTGACTATATCAAAGAACTTAAACCCTGTAGGAAATGTGTCGGAAATGAATCCAAATGTAGACACGATATCTACTCGTGATTTAGATATAAATAAAACATCTTTGGGCGCTGTGAAAGATGTTCTTATATCAGAAACAGTAGAGCCTAAACCGTCGACTTCAAGAGCAGCAATGGAACCGGCGGGTAGTCCAGAACTGAAAGAATTGGCTCCTTGTACACCAATGAAGCAGGACGAACAAAGTGCTCTTGAACCTAAACCATCAACTTCCAAGGTCATGGTTGAATCAGTGTTGTCAGAGGCGACGGACAGTCTGGGGTTATTGGCAGAGTCATCGAGGATGGACGAAGATGAAGAAGAGCCGGATGATGAAGACGACGGGGAGGATGAGGACGATTTTGATAATGATGAGAGCAGTAATCAAATGACAGCGTATAATTCTGAAGACTCAAACCATCAAAATTCGGACCCCGACTGCGGAAGGGAACAGACCGAGAGCGGCGATACGACTAAAGATGAGAGTGAGAAGGACGGCGTTATCGCGACGAACCTTAACACAGTAGAGTCTGAAGAGATCGAAATACAAGCTGACTCCGATGAGAATGTCAGCGATGAAAAGTGCACGCAAGAGGCAGAGGGCATCAGCCAAAAAAATATCGAGGAGACTGTCGCGGCGGTCCAGTCGATCAATGAAAACAAAGAAGTTAATGACGGTTCAGGTTATATCGAGACAGTAAAGCTATCGGATACGTCGGACAATGAGCTCGATGGAGCTTCGAAGGAGATCGAGAGCGGTGTGGACGAGGCTTCGGTCGCACGAGACAAATCTTCGCCGAGTAAGCTGTCCATGGGCAAGAAAAAGAAGCTGGGGATATCTAAAGCTAGACACGTAGTCAATATCGTTGAGGTCGAAGAGAGTTCGTCTGAAGATGATATTCGGCCACCAGAATCGAACGAGGATCCGGATCAGCGATCGGACGTGGCACCGGACGAGGAGGGGGTCACTTCGGTGAACATCCCCAAGGGCATCGAGGTTATGTGCTCCGGGGAAAGTACTTCGGAGCTGGTCGCGAAAGAGGGGGAGATTGTTATAAGCCGTGTTCCGAAACCGCCCCCACATAAACCGGCTCGGTTGAACACCAGTGAAGTTACTATAAAGACGACTTCTGGTTGTGCAGAGTCATCTCTCGTCATACCCGAAACTAAGTTACAGGAAGCGAAGGAAACAGACGCCGATCTAGAAGTCTTCAATTTGGACTCTGATGATGAAGACGGCTCTGCTAAAGAATCGTCGAAGCTGGAGTCCGGTCGCTGCTTGAACCCCGCGTGCCCGGGGCGGGAGGCGGCGCAGCTCCGCGCGGACCGGGCCGCCGTGGCGCACTACTCCGCCAAGACCAGCAGGAACGCCTTCATCTGTCGCCCCTGCTACGAGGTGGTGGCCGTCAGGACAGAGGGTCTCGTGAACGGTCTGAAGAATTTCACTCCGCTGTTCGAAATGAAAATGGAGAAGCAGTCCTTGAACCTGGTGGAGATATCGGATTCCGACTCCGAAGACGAATCCAGCGCGCCGGAGCAAGCCAAGGAGGTTGTCGGCGACGAGGGAGCCAAGTTACTGGAAGAGCATCTAGCGAATTTGATAAACGAAACTTGGAGTAAATACAAGATGGACGCCAGGATGAACGAGGCTCGCAGCTTCGTGGACCTGGAGGTTCAGAAGTTGGAAAAACAAAGCAAGGAGATCGACCAGATGCTGAACGAGTGTCAGGTGGCCACGGACAAGCTGCGCGACTCGCTGTACAAGACCTTCGAGCCGACCAAGCACGACCTGCCCCCCATTTGCATCGTGGACATCGTCGGCTGCTACTACGAGGGTACGGAGCAGTCCCTGGATGAAGCGAAACAGCGTGCGAACAAACGCAAGCGCACGGAGCCGCTTTGCTCGCAGCCGAAGAAGGCGGCCATAGCGCTGGGGTACGCCCCGCTTGACGGAGACCACGCGCAGCCGGACGTGACCCAGGAGAAGACCCCAATAGAAACAGCACCCAACGAGTCGAAGGAAGATGACAGGGAGGTGTCTGTCGTTCAGTTGTCGGCGGAGGTGGCGCCGCCGGACCTCCCCCCGCCCGGGGAGCTGGTGCGGCCGCCCCTCAAGCCGGGCATGGTCGTGTGGGCCATGAAGAACGTCTTCTCCCCCTGGGTGAAGGTCAGGATACAGGACATCGCGCCAAAGTCGACCACAAGCGCGTACACGACCTGCACTGTCAAGTTTGACACGAAAACGAAAAACCCGTTCAGGACCCTGAGTGCGAGGTGTCTCGCGCATTCGGAGCCGCCAAACGCGAGACTCACTATAGGTACGCGAATAATAGCTTTATTCAAGAATACCACTAAGAGCAAAATGGAGAATTACTACTCGGGTGTCGTTGCCGAAATACCGAATCCAGTTAATAATTACCGGTACCTAGTATTCTTCGACGACGGATACGCCCAGTACGTGGCCCATCCCGATACTAGGGTAGTATGTGAGTGCTCGAACCTGGTCTGGGAGGAAGTGCACGCGTTCTCAAGGGAATTCGTCAAGCAATACCTCCTGAGCTATCCCGAGAGGCCGATGGTGAGGTTGCACGCCGGACAGAGCCTCAAGACTGAATGGAACGGAAAATGGTGGATATCGACAATTCTAAAAGTGGACGCGTCCCTAGCTCACGTGTACTTCCAGAAGATAAACAGGACCGAATGGATATACCGCGGCTCCACGCGCCTGGCGCCGCTCTACCTGGAGCTGCAGGCGGCCGAGCGGCAGAGGACCAGGCCGCTGCCCCGGAGCATGGCACAGAGCAAAGTGAACATGCCGTACGTCGAGTACACGCGCTCAGATGAACAAACAAACGAGAAGCAGAAAGAGACAACCGATCAACCTGATGATATACGCAAACAGCGGGCTGTGGCAAAGAAATCGACCGCGCAGCCACAGAGCGCGCCTCCAGTCGAACAACAAGCCAATTTGGACTCTGTCATCAGCCGTGTAGTGTACTACACCCCGAAGAACGCAGTGAAACCTCTCAGGATGACGTCACACACGTGCGGTCCGAAGTGCAAGAGAACCGACGTTCTGGCTCTGAAAGACCTCAGGACCTACAATCCGCTGGCGAAGCCTCTGCTCAGCGGCTGGGAGAGACAAATAGTCCGGTACAAAGGAGTCCGCGACGTGATGTACCGGGCGCCGTGCGGGCGCCGCGTGCGCGACATCCGCGAGCTGCACGCCTACCTCACCGCCACCGACAGTGACATGCCCGTCGACCTGTTCGACTTCCATCCGGCGACGCACTGCCTCGCCGAGTTCGTCATCAACAAGTGTATCGTCGGCAAGAAGGATCTCTCCCACGGCAAGGAGAACGTGCCCGTGCCGTGTGTGAATTATTACGACGAGACGCTCCCGGAGTTCTGCTCGTACAACACCGAGCGGACGCCGACGGCGGGCGTGCCCCTCAACCTCGACCCGGACTTCCTCTGCGGCTGCGACTGCACCGACGACTGTCAGGACAAAGCGAAGTGCGCCTGCTGGCAGCTAACCCTGGAGGGCGCCCGGACCATCGGGCTGGACGGCCACAACGTGGGCTACGACTACAAGCGGCTGCTGGAGCCGCTGCCCTCGGGCATATACGAGTGCAATTCGAGATGTAAATGCAAACAGACGTGCCTGAACCGGGTGGCCCAGCATCCCTTGCAATTGAAGTTACAAGTGTTCAAAACCCAGAACCGCGGCTGGGGCATCCGGGCGCTCAACGACGTGCCCAAGGGCTCCTTCCTGTGCGTGTACGCGGGGAACCTGCTCACCGACGCCACCGCTAACTTGGACGGACTCAACGAAGGCGACGAGTACCTGGCCGAGCTGGACTACATCGAGGTGGTGGAGCAGATGAAGGAGGGCTACGAGGAGGATATCTCGGAGGCTGACAAGAAGCTGGGCGCGGTACGTGCACGCCGGCCCTCCGTGGCTGCTGGTGGTGTGAAGCAGGAATCCGGTGCGAAGGGGGCCAGCTCCGACGAGCACGAGGAGTCCTCGTCAGACGACTACGATTTCGAAGCCGCCTCCAAGGACGAGTCCGAGGACTGCGACTTCCAGCCGGGGTGCCTGGGACTGCCCGTCACCAAGTTCAGTAAAAGATTGAGACAGCGCGCCAAAAAGAAACAAGACGAGGATAAAGAGAAGTCTTCGAAAGAGAAGGAGAAGGAGAAAGAGAGAGACAAGGACAAGGACAAGGACAAGACCAAAGAACCGGCTCCCGGGGAAGATTGCATCACCATAAGCGACGACGACGAGGTCCGGGAGCCGTCCAGGTTCACGGCGCAGGCCGGGATGGGTGCCAACGAGTTCGTGCCTAAACACAGGTCTGTCCGGCAGCTGTACGGCGCCGACGAGGCCTGCTACATCATGGACGCGAAGGTGCAGGGGAACATCGGCCGGTACCTCAACCACTCGTGCTCCCCGAACGTGTTCGTTCAGAACGTGTTCGTGGACACGCACGACCCGCGGTTCCCGTGGGTGGCGTTCTTCGCGCTGTGCCACGTGCGCGCCGGGACCGAGCTCACCTGGAACTACAACTACGACGTGGGCTCGGTCCCCGGGAAGGTCCTCTACTGCCACTGCGGCGCGCCCAACTGCAGGGGGCGCCTGCTCTAA
Protein
METGDENVGNTSTKDDKPDVSSIPEKGNEPSTADQEDTQEKIKSQSIDNKPVNENENHINSKWQCEATTDIDLQEEELLLRWDENDEISSVELMNIEDIDEEYNLEFSEIKDDDINKSTDQEVSLIKSKAGVHSPLVETGTGSTAEQKVFESYSSRESGDVTSNLSTGNTNPTKEENDSENLKNVQALKDQRNSSVIEYNEMASDVDNSNSETTTELLDCVTDISGSQIVRKIDETVAAVSEPVGDSRDNPDNISVNKSNQQHTEIMSKIVTNNENIKISANSQADSLIIGIEKESTDGPWTSTEESDLANIPETQEKTTKIVVNLGERQSDNSDMDITGNVSDLANSTKMVQVEDDLDKVRTTENIYELNKVSMAEDRSQIETKLEVISQTQTTETANSLRMITNNEKAEAIQKTDVIGDIDNFIIDSVSSEISNTANMVLSDVTDESDILANSKITIAEGTNDEINVPQSESVSDSSEIITTYDEILSSSLGKSQVKNNTNYTNIPFDASNDKSRETSDNSQIEIVEDNDLPATAEQSKLKESRYKACGINHVDEALSNESTDIKAVNNVVGISSTGTDHDKSIEQSSIVIYAENKELTLTDETNKITVTGFPNDIEMELCETEVSMGMSAQENLVKNENISNKSVVNSLQIPEDNQMKIIEANIAEGVVSDTAQHTHQVFQSEAKTDENTLISSENPKGDQYDSNVERANFTVSIPNEAQSPKNMTQDEIEIIADSNNTSNENVLEPTGVSSAMGENFSQKADLDLVVSSEISDKDDKIVPIVSEDQSEVITTAEVVNEDSEENVNASNDKLTSLGAHLTSLADVSTTLPIRANLEHGLNRPNAMLEIPTQELIDIDDAEDSSQAASDDGNLNNTINITQEINDRLEYRDTDNKVPLAETLTIDTTENSDNPMYTKTSGLTRNTEKAENRPDNDVSNENVTSDFKADFKNSDSENSKNTDDHMDVDMPLEINNAEPILTISKNLNPVGNVSEMNPNVDTISTRDLDINKTSLGAVKDVLISETVEPKPSTSRAAMEPAGSPELKELAPCTPMKQDEQSALEPKPSTSKVMVESVLSEATDSLGLLAESSRMDEDEEEPDDEDDGEDEDDFDNDESSNQMTAYNSEDSNHQNSDPDCGREQTESGDTTKDESEKDGVIATNLNTVESEEIEIQADSDENVSDEKCTQEAEGISQKNIEETVAAVQSINENKEVNDGSGYIETVKLSDTSDNELDGASKEIESGVDEASVARDKSSPSKLSMGKKKKLGISKARHVVNIVEVEESSSEDDIRPPESNEDPDQRSDVAPDEEGVTSVNIPKGIEVMCSGESTSELVAKEGEIVISRVPKPPPHKPARLNTSEVTIKTTSGCAESSLVIPETKLQEAKETDADLEVFNLDSDDEDGSAKESSKLESGRCLNPACPGREAAQLRADRAAVAHYSAKTSRNAFICRPCYEVVAVRTEGLVNGLKNFTPLFEMKMEKQSLNLVEISDSDSEDESSAPEQAKEVVGDEGAKLLEEHLANLINETWSKYKMDARMNEARSFVDLEVQKLEKQSKEIDQMLNECQVATDKLRDSLYKTFEPTKHDLPPICIVDIVGCYYEGTEQSLDEAKQRANKRKRTEPLCSQPKKAAIALGYAPLDGDHAQPDVTQEKTPIETAPNESKEDDREVSVVQLSAEVAPPDLPPPGELVRPPLKPGMVVWAMKNVFSPWVKVRIQDIAPKSTTSAYTTCTVKFDTKTKNPFRTLSARCLAHSEPPNARLTIGTRIIALFKNTTKSKMENYYSGVVAEIPNPVNNYRYLVFFDDGYAQYVAHPDTRVVCECSNLVWEEVHAFSREFVKQYLLSYPERPMVRLHAGQSLKTEWNGKWWISTILKVDASLAHVYFQKINRTEWIYRGSTRLAPLYLELQAAERQRTRPLPRSMAQSKVNMPYVEYTRSDEQTNEKQKETTDQPDDIRKQRAVAKKSTAQPQSAPPVEQQANLDSVISRVVYYTPKNAVKPLRMTSHTCGPKCKRTDVLALKDLRTYNPLAKPLLSGWERQIVRYKGVRDVMYRAPCGRRVRDIRELHAYLTATDSDMPVDLFDFHPATHCLAEFVINKCIVGKKDLSHGKENVPVPCVNYYDETLPEFCSYNTERTPTAGVPLNLDPDFLCGCDCTDDCQDKAKCACWQLTLEGARTIGLDGHNVGYDYKRLLEPLPSGIYECNSRCKCKQTCLNRVAQHPLQLKLQVFKTQNRGWGIRALNDVPKGSFLCVYAGNLLTDATANLDGLNEGDEYLAELDYIEVVEQMKEGYEEDISEADKKLGAVRARRPSVAAGGVKQESGAKGASSDEHEESSSDDYDFEAASKDESEDCDFQPGCLGLPVTKFSKRLRQRAKKKQDEDKEKSSKEKEKEKERDKDKDKDKTKEPAPGEDCITISDDDEVREPSRFTAQAGMGANEFVPKHRSVRQLYGADEACYIMDAKVQGNIGRYLNHSCSPNVFVQNVFVDTHDPRFPWVAFFALCHVRAGTELTWNYNYDVGSVPGKVLYCHCGAPNCRGRLL

Summary

Catalytic Activity
L-lysyl-[histone] + S-adenosyl-L-methionine = H(+) + N(6)-methyl-L-lysyl-[histone] + S-adenosyl-L-homocysteine
Uniprot
H9JPF3  
Pubmed
19121390   
EMBL
BABH01010009    BABH01010010    BABH01010011    BABH01010012   
Proteomes
UP000005204   
PRIDE
H9JPF3   
Pfam
PF00856   SET        + More
PF18358   Tudor_4
PF05033   Pre-SET
PF01429   MBD
Interpro
IPR001739   Methyl_CpG_DNA-bd        + More
IPR001214   SET_dom       
IPR016177   DNA-bd_dom_sf       
IPR041292   Tudor_4       
IPR003616   Post-SET_dom       
IPR007728   Pre-SET_dom       
SUPFAM
SSF54171   SSF54171       
ProteinModelPortal
H9JPF3  
PDB
6BPI     E-value=3.72308e-38,     Score=405

Ontologies

KEGG
101742654    no KO assigned | (RefSeq) dentin sialophosphoprotein-like
GO
GO:0008270   GO:0003677   GO:0018024   GO:0005634   GO:0005694   GO:0005515   GO:0019829   GO:0005507   GO:0004713   GO:0016491   GO:0015930   GO:0034968  

Topology

Subcellular location
Chromosome  
Nucleus  
Length:
2540
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0034
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00000
outside
1  -  2540
 
 

Population Genetic Test Statistics

Pi
23.430529
Theta
20.195818
Tajima's D
0.290704
CLR
0.745633
CSRT
0.457077146142693
Interpretation
Uncertain
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