Silkworm Genome Informatics Database

Gene

KWMTBOMO12486

Pre Gene Modal

BGIBMGA001497

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_uncharacterized_protein_LOC101737263_[Bombyx_mori]

Location

Bomo_Chr21(+):4859955-4878496 View in EpiBrowser

Full name

Histone-lysine N-methyltransferase

Location in the cell

Nuclear Reliability : 4.042

CDS

ATGGCGGACAACGGTGACGGATCGGGAAGTGAAATGGAAATTACCCCTCAGCTAGTAACGGCCGCAATTCAAAGAGCAACGGCCGACTCATCGGGTTCGGAAAACGAGTGTTCAAATTCGGAAACGGGAAATCAAAATACGACCCACTACGCTTCTAGTCTGCTGCAACAGTTCGTTGCACAGACGCAGCTTTTGAGTAGTACAGTTCCCTTAGCGACTATTAATTCATCTGGTTCTTCGTCTTTATCGCAGCTGCCCCTTAGCAATACTCCTATTGACGGGGTCGGTGCTATTAGCGATTGCGTACTCGGGCAAATAAATAATCTACCTGAAATACCGCCGATCGCTCCGAATTTCTTGAGCACATCGCAACATTTGAGTCCACAACAAAACGAAGAACTCAACCAAATAAATAAGGATCTTGAAGAGATGTCTTCGGTCACTGACTCGGTTACGATGTCAATTCCTAATCCGCCGAGCATTGAAGATTGTGTAGAGGATAATAATGACTTCATGAATCTTGATATCGTGCACGGGAATTCGGAGATCGGGAGTGCCAGTGATTTACTCAAAAACTCCCCTCTGACTATCGGAAATGCAGATATGAATTCGATTAATCAAATAGATTCTCACAGATTAGATACAATAAGCACAAATTCTATTGAATCTCAGGAAGATATTAAAAATGTTATGGTTGAATCGAGACGAAAACGAGGCAGGCCTAGAAAAGTAAAAAAGCCGGAGGATTATAGAAGTAAAGGCACAGAATCTCAGAGTGAAGACAAGTCTGTTGTGAACGTCATGAACTATCATAATAACAACGAGCCCCCCAATGTGTCGCCAGATTCGGGGATATTATCTAATCACAATTCGCCGACTCATTCTCCCTTAAGGCGGCACGATGTAGACGAGACACATAATAGATTAAGCCGAAGGTCAACTCAGAAAGAAAACAGCTCGAGAGAAACCAGAACAATGCGATCGAAGTCAAGGAACAGAAGCCGACAACACAGATCTGATTCTAGCGACAGTGAATATCAAAAAAAGAGAATAGAAAACGAAATCAAACAGATCAAAACCGAAGCACCATCACCGGTGCCGCTGAAACAAGAGCAGAATAAATATGAGAAGAGCAGGAGGAATGAGCATAAGCTAGATATTGCAGCTTTAGATAGAATGTTGTATGCTACCGACAGAGTATTATACCCGCCTAGAAAGAAAGTTGGACGTAAAACACAGAGTAAAACTAAGTCTGCAACTGTGAAAAATGCACCTAAAACGCTCAAAGATAAGAACCAATATGATTCCGCCGAAACCGACGAAGACACTATCCCATCGAACAGATCTGTGCTATCCAGTGTGTACGCGAAACGCAAAGAATTAAATAGTAAATTGGGTAATTTACCAAAGAAGACCAACAAGCCCTTCAACAACTCGTGGAGGAGTAATCAAAGTGAAAACGAAGCGGCCGCCGATGATATGCTCGACCCGACCTGGAGGCAAATAGATTTGAATCCAAAATATAAAGATATTCTGTCCGGATACAAAAGCGATCACGAATTCAAACCGTACAAAAGCTGTAGCCGCCTCATAGAGTCGGGTTACAAAAGTGATTTTGGCTGCAGATCCGGCTATAAAAGTGATTATTATCGTTCGGGATACAAAAGCGATCACAAGTCCGGCTATAAAAGTGACAAATCGGGTTACAAAACTGACTACAGTGTTCGGAGCATACGTCGGCGCACGAGGAAACTGAAGAAAACGCGTTCGGTCAGAGATAGGTCCTATTACAAGAATCAAAAACACTTCGTATCGGACCAAGAGATTCAGGTACTGACGAACAAAACGTTCAACAGTTTGACTTTGGGGCACAGCTCCAGCGACTCCGAATGTGAAAATTATTTACGAAAGCCAAGCGCTAGTCCCAAGTATGTCAGTGTTTGCACGAAGTACCCGATGGACTTCAATGACTTCAGTTACGCAAAAGCAAATCAAAAACCTTTGTTGCGATTAAATCCTACAGACCCTTTCGCTCCGGGTCCCGTTTTTAGCGGCCTACAGCGTCCAGTGACTGTTTATAATATATTTAAAGCAAACCATAACAATAACAATACGTTGCCAAAATCGCCCAGCAAATCCAGCTACATAGGAAGACCATTACCCTCATTAAAACCAACGTTTACGCATAAATTTGGAGCGTCACCAATAGCTCACACGAAATTGGTAGGTGCGAAAAAGGAAAGCGACACAAAATGTTTTCCCCGCACTCTATCGCCCAAAAGCCGAAAACAAGTAAAGAACGGAAATGTTTCGCTCACAAGTCCTTCAAAAAAAGAAATCAGTCTTAAGCCGGTGCCTAATATTTTCGAGAAAGCAAAAAATAGTTACGTTCCAAATAAATCGTTGTCTAGAAATGTTTTTCTAAATTTTCGAAAGCCTCAAATCAAACCGTGTTTCCATACGAAGAAGCATAGAAGAACTGTTGTCTTGGCTCCACCTAAAATCAACCTAAAGCCCGCAGAAAGGCCATCTCGTATTACCATAAAAACGGAGAACAAACATCACAGACATAGGAGCAAAAGGAGACATCGCTCTAGATCAGTATCTAAATGTCGAGATTCATATTCTAAAGGTACAGATTCAATTGATCAAAAATTTAGTCACGACATAGATACTCTGACCACAAACTTCATAAAATTATGTCAAGTTGCGCCCCAATTGATTGCTAACGTTTCACAAAATTCGCCTAAAATTGTTGAAAAGCAAACTACAGAGCAACAACCGCCTAGTAAAGTTGTCAAACGTGGTTCGAAAAAACGTAAAACAGTAGACAACCAAGAAGCGACCACGCCGACTTCAAAAAGACGACACAAAAAACAACTCGCAGATTCACAAAACAAGGGAAGCAAAGATGCAAACGAACATAAGCTTCCACTTAAAAAGCGACACTATCATATTAATTCTTCCACAAATAATCCGTTGAGCTTAAGTTTAGTGACAACGGAATTTGACGAGAATTCCAAAAATGTAACCAGTCCTGAAAAGTTTCTATGTACAGAAATGAATTGTATGGGTGAAGAATCAACCAATGTTTCTGATGAAACATCCAAGACGAAACACCAGCATGATAAAAATAAAAATGCAAAACATTCTTCTCAAATATCAACACTGCAGGAATCGAAGAATCAAACCGCAGACAATGCTTCTAAAGCAGCCAAAGATTTCTCAGCAGACAACACTATGGATGATACTCTCTCTACTCCTAAAAGTCAAAATATAGATACTCTGAATTCAGTAGACGATGAACCGTCATTAACGAAAACAAATACTGAACAATCTGAACTATCAAAAAAGATTGTTGAAACTTCAGAAAAACTTAAAGCTGTGCATAAAATGGTTAACGATTTGGAGAAAACACTACCAAAAACCAGAGAGGTTGAGAGCAAAGTGGAGTCAAAAATGGAACAAAAGATGTCATCACCTAGATCGGAAACAAAGTCATCACCTATGAGACACAGCGCGCCTATAGTAACTCCTAAAAAAAGACATAGACTCGAAGCAGACAAGGCAGCTTCACAATCTTGTTTAGATCAAGTAGTTCAGTCGTTGTCCAAGAAATTGGGTGATGATAAACTTTCAAGTGTGAAAGAAAATAAGGAAACAAATGAAAATTCAAAAGACGAAGTTAAAGATCCAGAAAAACAAGAAAATGTCCAAATGGAGACCGATAAGCAGGTGTCGAATAATGTAGATCCATTAAAAAGCATGTCAGCACGTACCCTTTACAAAAGCTCAATACCACCAGCGCAAAAATCTGAAATAATGACAAGGAAAAAGAACAGACTCGAAGGATTGACAAGCAATCTAGTTTCAAAAATAAATCCCAGTGCAGCAACAAAAGTATTAGACACACTATTAAACAACAACATTCGTAAATCAATAGAATCTCGAATATTAGAAAAAGAGAAAAACTGCGGCGACAGCGTAAATAAAGGAAGTGAAGAAAAATTGAAATCTAAAGATGTAACCCAGTGCAGCACCAGAGCAACGGTCATTAAGTCACCGGTTTCCAAAGGCAAGATATTGGAAACGAAAAAATCGAAGACTACAGAAATTATAGAACATTGCGTTGTAGTCAATGAAGATAAACCGACTGGCATATTTGAACCGTCTATAGATATAGAGGATCAGATACCTAAATCCTCAATTTGCGTGACCAGTATCTTAGAAGACGCCAATAAAAATAAACTAAATGTAAAAAACGACGAAGCCAAAATAACGAGTACGGTGTCAATACCCATCGATGCCGAAGCTGATATACGATTGGCTTTGATTTCAGAAAACCCAGATCCAATCATAAGACCTAAACGAGGCGAGTCGATAGCGGCAGTCCTCTCAGATAAGATTCAGGAAACCGCTGGTGGACACAATCTAAGGCACTCTAAACGAAACCTGAGTGTAGATAATGAAGATAATGAAAATAAGAAGAAAAAGAAAACTAATAATATTTTGAGGGAAAGCAAATTAGTCTTACCGACAAAGTTACTGGTTCCCAAAATCCAAGCTGAACGATTACCGATTCTAGAAACGGCTAAGAATGTTGCGGAAATTTCAAAAGTTGCTGAAGTTAACGAAAGCAGTGATAACAAAACCGCAGTAGAAGCATCTAAAAAGAAAACGAGACGGCGAAAAGCAATTAACAGGACTGGTTTCCCAAATATTAAGAAGAAAAAGAAGAAAATTGATCCGTCGACAAATGTAAGCGTCGTTTCCGATAGTCAATTCACATCTGACACGGATAATAATTCTGCTTTTGAAAGAGTACCTAAAGACGGTGAAGCGATGAGTAGTTTCTTGGAAAGGACCTCATCTAAAAAACCAGAGCTAAAGGTTGTTTTGAATAAAGAAGATTGTCCCAAACAAGGCCGCCTCACCGTTGTCGCGCTTGAGAAATTACAGGGTAAGGAACTGACGAGAGATAATAATAATAAGACCAACAAACCTGAGCCTGTGCCTCACGAGAAGAAAAACGCAAACTCCTCTATTTTGAGGGCGCCAGCTCTTCAATTGAAGCAAAACAAAAATGAAAAAGAAATAAAAAATCACATCAACAAGTGGGAGGTTTTGAGCGAAACTGACAGTATTAGGTCTCTGGCCAGTTCTCTAAGCAACGATCCTGAGGACAGCATACCCTTGAGTCTATTAAACTTAAAATCTGGTCGATCTACATGCCGGTTGGATAACTTAGAAAGACTAAAACGCAAGACCAGAGCCATGTCGCCATCACACGAGATTGAGGAGATATTCTCTAAAAGAAAAGTTGTAGAGAAAACATCTAAAATTGCTCTGAGGCCGAAGTCGAGTTTGGCAGTTTTGTGTCCAAGTGAAAGGAGGCTCACGAGAAGCACAGATAACTCAAACGAAGATGTCAAATGTAAGACGAGGCGAGTAGAAAATAATAAAATGGTCGTTGAAATAGCGAAGGCGGTGACGCCCGTCGGGATCTGCACTAGAAGGAAATCGAGGTCCTGTCAAATGAGCAAAAGGGTCGACGCGCAGTCCAGTTCAAGAGAGAGTTCCCTCGACACTATAGGCAGCCGCAGGTACAAGTCGCGGGAACCGTCCATGGACACGCTCCGAGACCACGACGAGAACGATCCGCTACCGCTAAATGAAAAGGAGATCGATTTTGAAAAGAGCATTGATGTTCTCTCGAAAAGTATTATTTGCAAAAAACGCGTGGCCTCATCTCGCGATGACAGTCCGGCTAGTAGCGTTGAAAACAGGGATAAGCCAATAGTGTCAAAGAGAAACCCGCGGCTCAGAAAGAAGTTCCTAGCAGCGGGACTGTTCTCCGATTATTATAAGGAAGATTCAAAACCCGAAGGCAAAGCCAAGAATTCGGTGACGCACACAGATTACCCGCCAGGGTTGCTGGCTCCGCCGCCGTACTGCGAGCGCTGGGTGCGGCGCAGGCAGCAACACTTCATGCTGCCCTACGACATCTGGTGGCAGCAACATTACAACCAGCCGGTGCCCTCATGGAACTACAAAAAGATTCGGACAAACGTGTACTACGACGTGAAGCCGTCGGCCGAGGAGTGCGAGAGCGTGGCGTGCAACTGCGCCCCGCAGTCCGGCTGCAACGAGGACTGTATCAACAGACTTGTTTATTCCGAATGTTCTCCTCAGCTGTGCCCTTGTGTAGATAAATGTAAGAATCAAAGGATACAACGTCACGAGTGGGCGTCCGGCTTGGAGAAATTCATGACCGAGAACAAAGGTTGGGGCGTGCGCACCAAGCATAAGATCACGTCGGGCGACTTCATACTAGAATACGTCGGCGAGGTCGTCTCCGATAAAGAGTTTAAGGAGCGCATGGCGACGCGGTACGCGCGCGACACGCACCACTACTGCCTGCACCTGGACGGCGGGCTCGTCATCGACGGCCACCGCATGGGCGGCGACGGCAGGTTCGTCAACCACTCCTGCCGACCCAACTGTGAAATGCAGAAGTGGACTTCTAATGGCACGTTTCGTATGGCCCTGTTTGCTCTGCGGGACATCGAGTCGGGCGAGGAATTGACTTATGATTACAACTTCTCGCTGTTCAATCCGGCAGTCGGTCAGCCTTGTAAATGTGATTCGGAAGATTGTCGCGGTGTGATTGGTGGAAAATCGCAGCGCATCACCAAACAGCCACTGAAGACCCAATCACGGACGCCGTCAAACGCGTCCAACCAATCGCTAGGCTCCAACGGAAACCAACCACGGGTAGGTCGACCGAGGAAAGCGGTCAAATGCAACAAGAAGTCTGAACAGCAGGCTGTTAGTACATGCGACATCAAGAACATGACCATACTGAAGTACCAACAGCACTTGAACAAACTGTGGCAGGAACCACAAATGAAACCTCTCACGGCGAAAGAGAGGAATCTGGTCAAGGAGCGACACTGTTTCCTATTTAGAAACTTGGAAACTGTAAAACGCATGCGCGATCGTATGTCTCTCTCATTGCCGGCGTCGCCCCCCTCCCCGCCCCCACCCCCGGCGACACCTTCGAACACGCAGGACGTAGTCATGGTGGATCCGCTGCTCCTCCCAGACACTATGAACCCGGAGGTCTTCATATCTCGGTTACAAATGCTGCGAGCTTCCAAAGACGATACTGTGAAGCGACTCATCCGGATAGAAGATGACCCGGCACTGTCGCGCCGCGAGCGACTAACGAGTGTCTTTAAAGCCCTTTACAGAGCCATAGTTAGTGCTAAAGACGAGAAGGACAAGCTGCTGTGCGCACCTCTACTTAAATCGAAGTCGGATCGCAAAGCTCAGGATTCTCACAACGGTCCCGATCTGGCCACCGTAGAGCAGAACATCGAGAGCGGACGATACGAAACGGTGGTTCAATTTGAGGCCGATGTGAACGCAGCTTTATCGGCGGTGATGCGGGAACACGGACGAAATTCTAACCTGGGCAATATTGCTCTGCAACTGAAAAAAGTATACAATACTGCCAAAACGGATATCTCGGAGCATTTGTCTAAAATTCTCGGTCCTGACGAACCTCTGCCGCCTGGATTCTTACAGAAAACGAAGACAGAGGAGGTGATAATGTGCATCTGCGGTCTGCACGTGGAGGAGGGGCTCATGGTGCAGTGCGGCGCGGCGCGCTGCGGCGTGTGGCAGCACGCGCGCTGCATGCGGGTCACCGACACCGCGCAGCAACACTACTGCCATCTCTGCAAACCGAACAAGGTTGATCGTGAAATACCTCTCGACGAATACACAGAAGATGGACATCAATTCTACTTGACTCTGATGAGGGGCGACCTCCAGGTCAGGCAAGGTGACACTGTCTACGTACTGCGAGATATTCCGATCGATGATAAACATCCTGACGTCAGCCAGAAGAACGGGCTAGATAAGAATGAGTCTCCTAAAACTAAGAGAGTTGACAGAAAAAAACTCAAACACCCTGTTAAAGGAAAGGAGAAACTTGATGAATCAGCTCAGGATAAGGAGTCCGAAGTTCGCAAACACACGTACCAGACGATAGGAGCCGTGCCGGTCTCGGAGCTGGACATCTTCAGAGTGGAGAGGCTGTGGAAGCACAAGCACACGCGGGAGCGGTACGTCTACGGACACCACTACCTGCGCCCGCACGAGACCTTCCACGAACCTACCAGGAAGTTCTTCCACAACGAAGTAATGCGCGTTCCTTTGTACGAGGCGGTGCCGATAGAGCTCGTCATGTCGCAGTGCTGGGTTATGGATCTCAACACTTTTTGTAAGGGTCGTCCGGTGGGCGCGTCGGAGTCGCACGTGTACATCTGCGAGCTGCGCGTGGACCGGTCGGCGCGGCTGTTCGCCAAGTCGCGGCCCAAGTACCCGCTCTGCACGAGACCCTACGCCTTCGCGCACTTCCCGCAGCGCCTCAAGATCTCTAGGACTTACGCTCCCCACGAAGTATCACCGGAGTATCTCAAAGGAAGGGGCTCAAAGTCTGCGATTGTGTCTACAGAAAAATCAAATAAAAATATTCCTAGTAAGGAAGTTAAGAAGAAATTACCAGCTATTACCTATACTGAAAACACTAAGGTGTGTACATTTTTGTTTTATTTTGTCATTCTGAATTATGTTCATGATACTAATTGA

Protein

MADNGDGSGSEMEITPQLVTAAIQRATADSSGSENECSNSETGNQNTTHYASSLLQQFVAQTQLLSSTVPLATINSSGSSSLSQLPLSNTPIDGVGAISDCVLGQINNLPEIPPIAPNFLSTSQHLSPQQNEELNQINKDLEEMSSVTDSVTMSIPNPPSIEDCVEDNNDFMNLDIVHGNSEIGSASDLLKNSPLTIGNADMNSINQIDSHRLDTISTNSIESQEDIKNVMVESRRKRGRPRKVKKPEDYRSKGTESQSEDKSVVNVMNYHNNNEPPNVSPDSGILSNHNSPTHSPLRRHDVDETHNRLSRRSTQKENSSRETRTMRSKSRNRSRQHRSDSSDSEYQKKRIENEIKQIKTEAPSPVPLKQEQNKYEKSRRNEHKLDIAALDRMLYATDRVLYPPRKKVGRKTQSKTKSATVKNAPKTLKDKNQYDSAETDEDTIPSNRSVLSSVYAKRKELNSKLGNLPKKTNKPFNNSWRSNQSENEAAADDMLDPTWRQIDLNPKYKDILSGYKSDHEFKPYKSCSRLIESGYKSDFGCRSGYKSDYYRSGYKSDHKSGYKSDKSGYKTDYSVRSIRRRTRKLKKTRSVRDRSYYKNQKHFVSDQEIQVLTNKTFNSLTLGHSSSDSECENYLRKPSASPKYVSVCTKYPMDFNDFSYAKANQKPLLRLNPTDPFAPGPVFSGLQRPVTVYNIFKANHNNNNTLPKSPSKSSYIGRPLPSLKPTFTHKFGASPIAHTKLVGAKKESDTKCFPRTLSPKSRKQVKNGNVSLTSPSKKEISLKPVPNIFEKAKNSYVPNKSLSRNVFLNFRKPQIKPCFHTKKHRRTVVLAPPKINLKPAERPSRITIKTENKHHRHRSKRRHRSRSVSKCRDSYSKGTDSIDQKFSHDIDTLTTNFIKLCQVAPQLIANVSQNSPKIVEKQTTEQQPPSKVVKRGSKKRKTVDNQEATTPTSKRRHKKQLADSQNKGSKDANEHKLPLKKRHYHINSSTNNPLSLSLVTTEFDENSKNVTSPEKFLCTEMNCMGEESTNVSDETSKTKHQHDKNKNAKHSSQISTLQESKNQTADNASKAAKDFSADNTMDDTLSTPKSQNIDTLNSVDDEPSLTKTNTEQSELSKKIVETSEKLKAVHKMVNDLEKTLPKTREVESKVESKMEQKMSSPRSETKSSPMRHSAPIVTPKKRHRLEADKAASQSCLDQVVQSLSKKLGDDKLSSVKENKETNENSKDEVKDPEKQENVQMETDKQVSNNVDPLKSMSARTLYKSSIPPAQKSEIMTRKKNRLEGLTSNLVSKINPSAATKVLDTLLNNNIRKSIESRILEKEKNCGDSVNKGSEEKLKSKDVTQCSTRATVIKSPVSKGKILETKKSKTTEIIEHCVVVNEDKPTGIFEPSIDIEDQIPKSSICVTSILEDANKNKLNVKNDEAKITSTVSIPIDAEADIRLALISENPDPIIRPKRGESIAAVLSDKIQETAGGHNLRHSKRNLSVDNEDNENKKKKKTNNILRESKLVLPTKLLVPKIQAERLPILETAKNVAEISKVAEVNESSDNKTAVEASKKKTRRRKAINRTGFPNIKKKKKKIDPSTNVSVVSDSQFTSDTDNNSAFERVPKDGEAMSSFLERTSSKKPELKVVLNKEDCPKQGRLTVVALEKLQGKELTRDNNNKTNKPEPVPHEKKNANSSILRAPALQLKQNKNEKEIKNHINKWEVLSETDSIRSLASSLSNDPEDSIPLSLLNLKSGRSTCRLDNLERLKRKTRAMSPSHEIEEIFSKRKVVEKTSKIALRPKSSLAVLCPSERRLTRSTDNSNEDVKCKTRRVENNKMVVEIAKAVTPVGICTRRKSRSCQMSKRVDAQSSSRESSLDTIGSRRYKSREPSMDTLRDHDENDPLPLNEKEIDFEKSIDVLSKSIICKKRVASSRDDSPASSVENRDKPIVSKRNPRLRKKFLAAGLFSDYYKEDSKPEGKAKNSVTHTDYPPGLLAPPPYCERWVRRRQQHFMLPYDIWWQQHYNQPVPSWNYKKIRTNVYYDVKPSAEECESVACNCAPQSGCNEDCINRLVYSECSPQLCPCVDKCKNQRIQRHEWASGLEKFMTENKGWGVRTKHKITSGDFILEYVGEVVSDKEFKERMATRYARDTHHYCLHLDGGLVIDGHRMGGDGRFVNHSCRPNCEMQKWTSNGTFRMALFALRDIESGEELTYDYNFSLFNPAVGQPCKCDSEDCRGVIGGKSQRITKQPLKTQSRTPSNASNQSLGSNGNQPRVGRPRKAVKCNKKSEQQAVSTCDIKNMTILKYQQHLNKLWQEPQMKPLTAKERNLVKERHCFLFRNLETVKRMRDRMSLSLPASPPSPPPPPATPSNTQDVVMVDPLLLPDTMNPEVFISRLQMLRASKDDTVKRLIRIEDDPALSRRERLTSVFKALYRAIVSAKDEKDKLLCAPLLKSKSDRKAQDSHNGPDLATVEQNIESGRYETVVQFEADVNAALSAVMREHGRNSNLGNIALQLKKVYNTAKTDISEHLSKILGPDEPLPPGFLQKTKTEEVIMCICGLHVEEGLMVQCGAARCGVWQHARCMRVTDTAQQHYCHLCKPNKVDREIPLDEYTEDGHQFYLTLMRGDLQVRQGDTVYVLRDIPIDDKHPDVSQKNGLDKNESPKTKRVDRKKLKHPVKGKEKLDESAQDKESEVRKHTYQTIGAVPVSELDIFRVERLWKHKHTRERYVYGHHYLRPHETFHEPTRKFFHNEVMRVPLYEAVPIELVMSQCWVMDLNTFCKGRPVGASESHVYICELRVDRSARLFAKSRPKYPLCTRPYAFAHFPQRLKISRTYAPHEVSPEYLKGRGSKSAIVSTEKSNKNIPSKEVKKKLPAITYTENTKVCTFLFYFVILNYVHDTN

Catalytic Activity

L-lysyl-[histone] + S-adenosyl-L-methionine = H(+) + N(6)-methyl-L-lysyl-[histone] + S-adenosyl-L-homocysteine

Uniprot

H9IW66 A0A2H1WQ62 A0A2A4J8V8 A0A3S2NJJ8 A0A194Q0B8 A0A212ESE7 + More
A0A0N0PB23 A0A1E1WM28 A0A0L7KR90

EC Number

2.1.1.43

Pubmed

19121390 26354079 22118469 26227816

EMBL

BABH01005925 ODYU01010172 SOQ55112.1 NWSH01002480 PCG68206.1 RSAL01000020 + More
RVE52608.1 KQ459585 KPI98439.1 AGBW02012835 OWR44374.1 KQ461068 KPJ09888.1 GDQN01003148 JAT87906.1 JTDY01007002 KOB65534.1

Proteomes

UP000005204 UP000218220 UP000283053 UP000053268 UP000007151 UP000053240 + More
UP000037510

PRIDE

H9IW66

Pfam

PF17907   AWS        + More
PF01426   BAH
PF00856   SET
PF00439   Bromodomain

Interpro

IPR036427   Bromodomain-like_sf        + More
IPR001214   SET_dom
IPR006560   AWS_dom
IPR003616   Post-SET_dom
IPR011011   Znf_FYVE_PHD
IPR001487   Bromodomain
IPR001025   BAH_dom
IPR013083   Znf_RING/FYVE/PHD
IPR001965   Znf_PHD

SUPFAM

SSF47370 SSF47370 + More
SSF57903 SSF57903

Gene 3D

1.20.920.10 3.30.40.10

ProteinModelPortal

H9IW66 A0A2H1WQ62 A0A2A4J8V8 A0A3S2NJJ8 A0A194Q0B8 A0A212ESE7 + More
A0A0N0PB23 A0A1E1WM28 A0A0L7KR90

PDB

6INE E-value=2.5239e-84, Score=803

KEGG

101737263 K06101 histone-lysine N-methyltransferase ASH1L [EC:2.1.1.43] | (RefSeq) uncharacterized LOC10173726

PATHWAY

00310 Lysine degradation - Bombyx mori (domestic silkworm)

GO

GO:0003682 GO:0046872 GO:0005634 GO:0018024 GO:0005515 GO:0008270 GO:0016021 GO:0045211 GO:0005975 GO:0004553

Subcellular location

Nucleus

Length:

2885

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

1.77168

Exp number, first 60 AAs:

0.00012

Total prob of N-in:

0.00002

outside

1 - 2885

Pi

272.897481

Theta

196.872087

Tajima's D

1.0586

CLR

0.254809

CSRT

0.684915754212289

Interpretation

Possibly Positive selection

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics