KEGG   Bombyx mori (domestic silkworm): 101747197
Entry
101747197         CDS       T02817                                 
Name
(RefSeq) uncharacterized protein LOC101747197
  KO
K15588  [histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:2.1.1.357]
Organism
bmor  Bombyx mori (domestic silkworm)
Pathway
bmor00310  Lysine degradation
bmor01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bmor00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    101747197
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:bmor03036]
    101747197
Enzymes [BR:bmor01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     101747197
Chromosome and associated proteins [BR:bmor03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     101747197
SSDB
Motif
Pfam: PWWP SET AWS PHD PHD_2 FANCL_C
Other DBs
NCBI-GeneID: 101747197
NCBI-ProteinID: XP_037876545
Position
26:complement(9090036..9108103)
AA seq 2278 aa
MEDSEDNIMTTEDVKNVDNPTTVRVKPKKRSIVERELETNLTARITSPLTNRDRTSTSRY
GRARRLKIETEVSDLKKVIPDVLKSNQNEKSPVKAQSPVYKMHASNSPMKMESPKRQIEA
FVAQGQNSQQENISVNCFDSDDISPENRLPKIFVRKDIMKSKDTKLGKNVFSPKKSQKIN
SHLNNLLERTSANFNMNKSKDYIENLSVVKTLDFDSKKKKKENKESKSNINTVKENKTAP
KNEVFDLEAQCLYQVGDLAWARMGTYPFWPSIITRDPLSGLFVKKKLFGRVERNIIHVTF
FGDNGRRSWIVENMLRRFMGLAEFQMTKEQFTSEDKKKDPKLYSSFSISEKKQPLWMTSV
EEAEMLLREPKRLRIDLLNEMLVRSRTSKHLPKGHKSGKISRADSDVSLSESLYDTLFSE
DDGKPDEDGNNSRKKSLDVSEVVTACLDNMAAKTGITKIQKQSHMDRWLQKAKSKTPEKT
QVKALVSVNLVENKMKNDCSSKKNKQHIADETVSKSYSLRKSNESQNFSESHSEHDYSKF
VSDDESPEEGIGKSEKFEYISLDESGSGIGFIAKVESLADENIDENYCENSNESSENAKS
VLDTVPKSNGIENDKPISESKPVSYDFSVQLDSCNEKSDSEKLNDSSKKSKLYISNGGSS
EENNAHNHKSMNTDSKEYCVKNISVVNDNESVTNNNIDKSTIYSVREEEEGRSDCLKNCV
DSTNADNEDVYSDEVSSVESLVWSPLTVAGNSDTEKDMLEDDIFTKDFEDNQELNYKRDV
KETDLEKSDIKSIAEQSKHFVVSMNMDKTMNTEDKISDDSNNLHAQATIKNNISEVGQRT
EAVNHETEENHVNEKTMQNEIATPNLITSSGGIVTEISVTKDSDLDSIKNSESEDEHHVK
VRGVVKKSSSSLNASTNKNPLNKVSSTKVTTSESSINSNCLNSENKNVQSINSVTSTTKK
MPEENKRKGDESQQLTNGHIDNPEVDETKSGRNCAYKDVEIPGFDVEGESIDSEDSEIVV
NKIKSKLPLKQKKTTLKDPEFLKYLEMKQDAVMDEHPELNEMQIVEYLHNTWLYEKNNET
KKANDLDHPNFVKGLEEGIRKKVNRANRVSKDSNKNRSRNVEYVAAGEDIASIYSDERSR
SPIISMDKQEEMLRTRQKTNADSTKSDSKKEVATKISEEKTSDQLIEKVQSSTETKQNSK
EIQSSLSRLRLKINGSSPMKSPRRVDSQAGDENVDKNSPLHKMKEELELETTSIDSESSD
APLIYRKLRQRNAKESKSPDLKKAADNYETISIESGDSDVALIKRKQKIKNDKNDKNSDD
PEFLKYLELRQDALIDENPQLTEEEIKNYLYKTWIYEENSKHELKKSDDIEQSVLIKGLN
DDVARPKKIKKQIKVNKHHITDYFEVREKSKRKSIKPYYNEEYSDDSTESFETNFNNNVD
KNDNSRSDSSPIKSLKYDSKTKTEYDGSEDEFTKYQSYFDDLLRPKPNVFKGMIREKVCD
ICENAGRLVKCRGCNAMFHVDCTKKQAENIEMTGPTRGRKKKKKVGRKPKNSDDFENISD
DKINDISEENVSMEEIEMEPLVVDAELFEREMKVKMKELLDSNEEIQYDCYSNEDSILWA
NSIAGRCEIVDVQLKRRDSTKEPDYSDFKCNNCQKYDTPICFVCKLAVTKNGSSLRQRCH
VGHCHKYYHLECLEHWPQTQLSSGEPSMKNKRVNEHFETLTCPRHVCHTCVSDDPRGCKT
RFSGDKLARCVRCPATYHSFTKCIPAGSQILNASHIICPRHYEHRPGKVSCHVNTGWCFI
CALGGSLICCEYCPTSFHAECLNIDPPEGGYMCEDCETGRLPLYGEMVWVKLGHYRWWPG
IILHPSEIPENIMAVKHSHGEFVVRFFGQYDHYWVNRGRVFPFQEGDSGRVSSQKSKIDA
AFTTAMEHAQRACEILKSAQQNDEESSDIASSLLPPHYVKLKVNKPCGSLCGWKLDDPEL
SLTQCECDPTNEDPCGPYSQCLNRMLLTECGPTCRTGERCNNRAFEKRQYPKLVPYRTPQ
RGWGLKTLEDIKAGQFVIEYVGELIDEEEFRRRMRRKHEIRDENFYFLTLDKERMIDAGP
KGNLARFMNHCCEPNCETQKWTVLGDIRVGLFAINDIPAHSEVTFNYNLESAGIEKKRCM
CGAKRCSGYIGAKPKQDESLLKKPKRPYKKRKIEESPSTKVKPKRPLGRPPKPKELTEIE
KDLLIIKNATNDISSDDSNKHSSEGDRPKAMKRRRVSFNNEDSVSVDGEMQSKKSKSD
NT seq 6837 nt   +upstreamnt  +downstreamnt
atggaagattcagaagacaatatcatgactactgaagatgtcaaaaatgtggataatcca
acaactgttcgtgttaaaccaaagaaaagatccattgttgagcgggaacttgaaactaac
ttgactgctagaatcacttcaccgctcacaaatcgggataggacaagcacaagtcggtat
ggtcgagctcgcagactcaagattgagactgaagtgtcagacttaaagaaggtcattcct
gatgttctaaagagtaatcaaaatgaaaagtcaccagttaaagcacagtcacctgtgtat
aagatgcatgcttcaaattcaccgatgaagatggaatcaccgaaaaggcaaatagaggct
tttgtggcccaaggtcaaaatagtcagcaagaaaacatatcagttaactgttttgattct
gatgatatttcaccagaaaatagattacctaagatatttgttaggaaagacataatgaaa
tctaaagacactaagctgggcaaaaatgttttctcgccaaaaaaatcccaaaaaattaac
agtcatctgaacaacctcttggaacgtacttcagctaatttcaatatgaacaaatccaaa
gactatattgagaacttgtctgtggttaaaactttagattttgacagtaaaaaaaagaag
aaagagaataaagaaagcaagagtaatatcaatacagtaaaagaaaataaaactgcacct
aaaaatgaggtgtttgatttagaagctcagtgtctgtaccaggtgggagaccttgcctgg
gctcgaatgggtacatatccattctggccaagcatcatcactagggaccctttaagtggg
ctctttgtaaaaaagaagttgtttggtcgtgtagaaagaaacattatacatgttaccttc
tttggggacaatggtcgaagaagttggattgttgaaaacatgttgaggaggttcatgggc
cttgctgagtttcagatgactaaagaacaatttacttcagaggacaagaagaaagatcct
aaattatattcatcattttctatatctgaaaagaaacagcctttgtggatgacgtcagtt
gaagaagctgaaatgcttttaagagaaccaaagcgtttacgtattgatttactgaatgaa
atgcttgtcaggtctagaacttcgaaacatttgcctaaaggtcacaaaagtgggaaaatt
tcacgtgcagatagtgatgtttcacttagcgaaagtttgtatgacacactcttctctgaa
gatgatggtaaaccggatgaagatgggaacaattctagaaagaaatccctagacgtctct
gaagtggtgacggcttgcttggataacatggcagccaaaactggcataacaaagattcag
aagcaatctcacatggacaggtggctgcaaaaggcaaagtcgaaaacaccagaaaagacg
caagtaaaagctttagtttccgttaatttagtcgaaaataagatgaaaaatgattgtagt
agtaaaaagaacaaacaacatattgctgatgaaactgtcagtaaatcatacagtttgaga
aaatcgaatgaatctcagaatttttcggagagtcacagcgaacatgattatagtaaattt
gtttcagatgatgaaagccctgaagaaggcatagggaagtcggaaaagtttgaatatata
tctttagatgagtccggaagtggtattggttttattgcaaaagtcgaatcgctcgccgac
gaaaatatcgatgaaaattattgtgagaattctaatgaaagttctgaaaatgccaaaagt
gttcttgacacagttcctaaatcaaatggtattgaaaatgataaacctataagtgaatct
aagccagtgtcttatgactttagtgttcaattagattcttgtaatgaaaaaagtgattca
gagaaattaaatgacagtagtaagaagagtaaattatatattagtaatggtggttcttct
gaagaaaataatgcacataatcataaaagtatgaatacagattctaaagaatattgtgta
aaaaatatctctgttgttaatgacaatgaaagtgttactaacaataatatagataaatct
acaatttatagtgttagggaagaagaagaaggaagaagtgattgccttaaaaactgtgta
gatagtacaaatgcagataacgaagatgtttattctgacgaagtcagctctgttgaatct
ttagtttggagccctttaactgtagctggtaactccgacactgagaaggatatgcttgaa
gatgatatatttacaaaagattttgaagataatcaagaacttaattacaaaagggatgtt
aaagaaactgatctggaaaaatctgatataaaatctatagcagaacaaagtaagcatttc
gtagtatctatgaatatggataaaactatgaatactgaagataaaattagtgatgatagt
aacaatctacatgcccaagctacaattaaaaataatatttccgaagttggtcaaagaact
gaagcggttaatcatgagactgaagaaaaccatgtgaatgaaaaaactatgcaaaatgaa
attgctacaccgaatttaataactagttcaggtggaattgtgactgaaatatctgtaacc
aaagattcggatctcgatagtataaaaaattctgagagtgaagatgaacatcacgtcaaa
gttagaggggtggtgaagaaatcatcgtcgagcctaaacgcatctacaaataaaaatcct
ttaaataaggttagtagtacaaaagtcaccacgtctgagagctccattaattcgaattgt
ctaaattctgaaaataaaaatgttcaaagtataaattctgtaacttcaactacaaaaaaa
atgcctgaagaaaataagcgaaagggagatgagagtcaacaactaacaaatggtcacata
gataatcctgaagtagatgagacaaaatctgggagaaactgtgcctataaagatgtggag
atacctggttttgatgtagaaggagaatctattgatagtgaggatagcgaaatagttgta
aataaaattaagagtaaattacctctcaaacagaaaaaaaccacattaaaagatccagag
ttcctaaaatatttagaaatgaaacaagatgctgttatggacgaacatcccgaactaaat
gaaatgcaaatagtcgaatatttacataatacatggctgtatgagaaaaacaatgaaact
aaaaaagccaatgacttagatcatcctaatttcgtgaaaggtctagaagagggcattcgt
aaaaaagtgaatcgtgcaaacagggtttctaaggatagcaataagaacagaagtagaaac
gttgaatatgttgctgccggtgaagacattgcatcaatttattcagatgaaagatccaga
tcgcccataatatcaatggacaaacaagaagagatgcttcgtactagacaaaagactaat
gcggattccacaaaaagtgatagtaaaaaagaagtcgcgactaaaatcagcgaggaaaaa
actagtgatcaattaatagaaaaagttcaatcaagtactgaaactaaacagaactcgaaa
gaaattcaatcatctctaagcagattacggttgaaaattaacgggtcgtcgccaatgaaa
tcccctcggcgggttgattctcaggccggtgacgaaaatgtcgacaagaattctccactt
cataaaatgaaagaagaactagagttagaaactacatcgatcgactcagaatcgagtgac
gcgccattgatctaccgtaagctaagacaacggaatgccaaagaaagtaaaagtccggat
ttgaaaaaggccgcggataattacgaaacaatctccatagagtccggagatagcgacgtg
gctctcattaaacgcaaacagaaaataaaaaacgataagaacgacaagaattctgacgat
cctgagtttttgaagtatctggaattgagacaagatgctctgatagacgaaaacccgcag
ctcactgaagaagaaataaagaattatttgtacaaaacatggatctacgaagagaattct
aaacatgaacttaaaaagagtgacgatatagaacagtcagttttaatcaaaggcttgaac
gatgatgtagcacggccgaaaaaaattaaaaaacaaatcaaagtcaacaagcaccacatt
accgattattttgaggtacgcgagaaatcgaagagaaagagtataaagccttattataac
gaagaatattctgatgatagtacagaaagctttgagaccaatttcaataataatgttgac
aaaaacgataacagtagatcggattcttctccaatcaaaagtcttaaatatgattccaag
acgaaaacggaatacgatgggtctgaagacgagtttacgaaatatcagtcctattttgat
gacctgctccgacctaagccgaatgtattcaaaggcatgatccgagagaaagtatgtgac
atttgcgagaatgctggcaggcttgtgaagtgtcgcggctgcaatgcgatgttccacgtt
gattgcactaaaaagcaagctgaaaatatagaaatgaccggaccgactcgtggccgtaag
aaaaaaaagaaagttggcaggaaaccgaaaaattcagatgactttgaaaacatcagtgat
gacaaaattaacgatatctcagaggaaaacgtttcaatggaggaaatagaaatggaacct
ttagtggttgatgcagaacttttcgaaagagaaatgaaggttaagatgaaagaactactt
gacagcaatgaggaaatacaatacgattgttactccaacgaagatagcattctctgggct
aattccatcgctggacgctgtgaaatcgtcgacgttcagctaaaacgtagagattccaca
aaagaaccggactattcagatttcaaatgcaacaattgccagaaatacgatacgccaata
tgtttcgtgtgcaaattggcggtcacgaaaaacggctcttccttacgacagaggtgccac
gtaggccattgtcacaaatactatcatttggagtgcttagagcattggccgcagactcag
ctaagttccggggagccatcaatgaagaacaagagggttaatgagcatttcgagaccttg
acgtgtccaaggcacgtctgtcacacgtgcgtgtccgacgacccacgcggatgtaagacg
cgctttagtggagacaaactggccagatgcgtgagatgtccagcgacctatcattcgttt
acgaagtgtatacctgccggttcccagatcctaaacgcctcgcatattatatgcccgaga
cattacgagcataggccaggaaaagtatcatgccacgtgaacacaggttggtgttttata
tgcgcattgggtggctccctcatttgttgtgaatactgtccaacttcattccacgccgag
tgcttgaacatagatcctcctgaaggtggctacatgtgtgaagactgcgaaacaggacgc
ctgccactgtacggtgaaatggtgtgggtgaaactaggacattacagatggtggccaggc
ataattctacatccctcggaaatacccgagaacattatggcagttaagcacagtcacggt
gaattcgtggttcgtttctttgggcagtatgatcattactgggtgaatagaggccgagtg
ttcccctttcaggaaggtgattctggtcgagtgtcgagtcaaaaatcaaagatagacgca
gcgttcaccacagcaatggagcacgcgcagcgcgcctgcgaaatattaaaaagtgcacag
caaaacgacgaagagtcatcagacattgcgtcgtctctactgccaccgcactacgttaag
ttgaaagtgaacaagccatgtggctctctctgcggttggaaactggatgatcccgagcta
tctctgacccagtgtgaatgtgatccaacaaatgaagatccttgtggcccgtactcacag
tgcttgaacagaatgttgttaacggaatgcggcccgacatgcagaacgggcgagcgatgc
aacaacagagcgtttgagaaacgacagtacccgaagctcgtgccttatcgtacgccacaa
agaggctggggactcaagactttggaagacatcaaagccggtcaattcgtgatagaatat
gtcggggaattaatagacgaggaagagtttcgccgcaggatgcggagaaagcacgagatc
agagacgaaaacttctattttctcactttggacaaggagaggatgattgatgcgggacca
aaagggaatcttgccagatttatgaaccattgctgtgaaccgaactgcgagactcagaag
tggacagtactgggggacattagagtcggcctgtttgctattaatgatataccagcgcac
agcgaggttacgttcaactataatttagagagcgccggtatcgagaagaagcgatgcatg
tgcggcgccaaacgctgctccgggtacatcggagctaaaccgaaacaggatgaatcgcta
ctaaaaaaaccgaaaagaccatacaagaaacggaaaattgaagagtctccgtcaactaaa
gtcaagcctaagagaccactcggaagaccgccgaagccaaaagaactgactgaaatcgaa
aaggacctcctcattatcaagaatgccaccaacgacatatccagtgatgattcaaataaa
catagttctgagggagacagacctaaagctatgaaacggagacgggttagttttaacaat
gaagacagtgtatcggtcgatggggaaatgcaaagtaaaaaatcaaaaagcgattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (113)   
   KEGG ORTHOLOGY (1)   
   RefGene (109)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (6)   
   Pfam (6)   
All databases (145)   

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