KEGG   Orcinus orca (killer whale): 101282703
Entry
101282703         CDS       T05247                                 
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD2-like
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
oor  Orcinus orca (killer whale)
Pathway
oor00310  Lysine degradation
oor01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:oor00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    101282703
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:oor03036]
    101282703
Enzymes [BR:oor01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     101282703
Chromosome and associated proteins [BR:oor03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     101282703
SSDB
Motif
Pfam: SET SRI AWS WW Med26
Other DBs
NCBI-GeneID: 101282703
NCBI-ProteinID: XP_049551827
Position
13:12603876..12610312
AA seq 2057 aa
MEERGKDSSKLEGESKRTSENEATKRCYSPTNEQGFRRGSSYSKHGKSASRYKSAKKKPA
PKSDKFXNSFCCTELNEEIKQSHSFSLQTPRSKGSELRVISKVPEREKIGSPSPSNRLND
SPTFKKLDESPVSKSEFIGHDSHDSIKELDSLCKVKNDQLRSYCSTEFNINGSPGAESDL
ATFCTSKRDTVLMSSDDSVTGSEVSPLVKTCMLSSNGFQNINRCKEKDLDDTRMQHSKSE
SPFRETEPPVSPHQDQLISLPVMTIDYSKTIVKEPVDVRVSCCKTKDSDIYCTSNDNPPS
LCHSGAENTEPLVTDISSNSFMDVHLKSKTVICDNGSLTDQHSEFACGEYKQSVGSTSSA
SINHFDDLYPPTGSSCIASSLQSLPPGTNVDGLTLLQCGENTSPVLDAVLKSKSSEFLKH
AEKEIIEVASDLPDSGRGFASWENRHNNGLSGKCVQKAQEEGNSILPDRRGRPEISLDED
GGRGQAHTSDDSEVVFSSCALNLIMEDSDGVTNTLKCDSSGHASEIVSTVHEDYSGSSES
SSDSEDTDSDDSSIPRNHLQSMVVVPKNSTLPMEETSPCSSQSSQSYRHYSDHWEDERLE
PRRHSYEEKFESIASKACPQTEKFFFHKATEKNSEISFTQPSRKQIDKNLSEIAHPQRDG
VDSTSHTDIKSDPLGHPNSEEAVKVKITSRQQEELPVYSPDDSEGVSSKSRQQTTFPNRP
DSRLGKTQSNFSSCEISRVDGFRSSSEELKNLGWDFSQQEKPTTTYQQPDSSYGACGGLK
YQQSAEQYSGTRNYWQANGYWDPRSAGRPPGTGVVYDRIQGQVPDSLTDDREEEENWDQR
GGSRFSGQSNKFFLSLQKDKGSVQAPEISSNSIKDSLAVSEEKDLSKNLEQNDRKDRWPL
KKRRQELESDFESDGELQDRKKVRVEVEQGETAAPLGSASVGPSCVMEDFRDPERWKECA
KQGKMPSYFDLIEENVYLTERKKNKSHRDFKRMQCECTPLSKDERAQGEIACGEDCLNRL
LMIECSSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAVKDLPSNTFVLEYCGEVL
DHKEFKARVKEYAQNRNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNG
QLRVGIFTTKLVPSGSELTFDYRFQRYGKEAQRCFCGSANCRGYLGGENRVSLRAAGGKM
KKERSWKKDSVDGELEALMENGEGLSDKNQVLSLSWLMVRIETLEQKLTCLKLIQNTHSQ
SCLKSFLEHHGLPLLWTWMAELRDGRESNQKLQEEIIKTLEHLPIPAKSVLEESKVLPII
QRWSQTKTAVPQLSEGDGYSSENTSRAHTPLNTPDPSTKLSIEADTDTPKKLIFRRLKIT
SENGMDSAISDATSELEGKDGTEDLDQLENVPIEEKEQQLLTQQLPESKVDSDIAVEAIK
LPTSDPEADTEIEPKETNGTKLDEPIAEETPSQDEEEGVSDVESERSQEQPHKTVDISDL
ATKLLDSWKDLKEVYQIPKKRRTEKESTITKRGRDAIGFRDQTVAPKTPNRSRERDPDKH
TQNKEKRKRRGSLSPPPSAYERGTKRPGGRYDTPTSKKKVRIQDHNQLSTEEHRKLFEQE
VAQQEVQKKQQQMQNLGVTSPLPCDFLGYHAPHHPFAGYPPGYPMQAYVDPSNLNAGKVL
LPTPSMDPVCSPAPYDHSQPLVGHSTEPLAAPPPVPVVPHVAAPVEVSSSQYVAQSDGVV
HQDSRVTTVLPVPAPGPVQGQKYGVWDSNQQSVSVQQQYSPAQSQATLYHQGQAAPTVYG
VTSPYSPTTPPGVQSYAQPSPQYIQGQQILTAHPQGVVVQPATAVTTIVAPGQPQPLQPP
EKVVTDNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYSHVITRQIQWDPPTWESPGE
DASLEHEAEMDLGTPTYDENPMKTSKKPKTAEADASSELAEKSKQVFRKEMSQFIVQCLN
PYWKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPKDLECNEDVRHKAKEYIKKY
MQRFGAVYKPKRDTELE
NT seq 6174 nt   +upstreamnt  +downstreamnt
atggaagaaagaggaaaggattcttcaaaattagaaggagaatccaaaaggacttcggaa
aatgaagcaacgaaaagatgttattctcccactaatgaacagggattccgacgcgggtca
tcatattccaagcacggtaagagtgcttcccgttataaatctgcaaaaaaaaaacctgca
cccaagtctgataaattttaaaattctttctgttgtacagaattgaatgaggaaatcaaa
cagtctcattcttttagtttacagactcctcgttcaaaaggtagtgaattaagagtgatt
agtaaagttcctgaaagagagaagattgggtctccttctccatcaaatcgattaaatgat
tcacctacttttaaaaagctagatgaatcacctgtttctaagtctgaatttataggacat
gatagccatgatagtattaaggaattagactctttatgtaaagtgaagaatgatcaatta
agaagttattgttccaccgaatttaatataaacggatctcctggggcagaatctgatttg
gcaacattttgcacttctaaacgtgacactgttttgatgtcttctgatgatagtgtgact
ggatcagaggtatcccctttggtcaaaacgtgcatgctttcatcaaatggatttcaaaac
attaatagatgtaaagaaaaagacttggatgatactcgcatgcagcacagcaagtcagaa
agcccatttagagaaacagaacctccagtgtcgccacaccaggatcaactcatatctttg
ccagttatgactatagattattccaaaacaatagttaaagaaccagttgatgtgagagtt
tcttgctgtaaaaccaaagattcagatatatactgtacttcaaacgacaaccccccttct
ttgtgtcattccggagctgaaaatactgagcctttagtaacggatatttcttcaaatagc
ttcatggacgtgcatttgaaatcaaaaacagttatatgtgataatggaagtctgacagat
cagcactcagaatttgcatgtggagaatataagcagagtgttggtagtactagttcagct
tctattaatcattttgatgatttatatccacctacagggagctcatgtattgcttcatct
cttcagagtcttccaccagggacaaacgtagacggtttaactctcttgcaatgtggagag
aatacatctccagttttggatgctgtgctgaagagtaaaagctcagagtttttaaagcat
gcagagaaagaaataatagaagtagctagtgaccttcctgattcaggaagaggatttgct
tcctgggaaaacaggcataataatggactatctgggaaatgtgtgcaaaaggctcaagaa
gaagggaactccatactgcctgatagaagaggaagaccagaaatctctttagatgaagac
ggtggaagaggacaggcacatacttctgatgactcagaagttgtattttcttcttgtgct
ttgaatttaatcatggaggacagtgatggtgtaacaaataccttaaaatgtgacagtagt
ggtcatgcctcagagattgtatccactgtccatgaagattattctggttcttccgaaagt
tcaagtgattcggaagatacagattctgatgatagcagtattccaagaaaccatcttcag
tctatggtggttgtgccaaagaattctactttgcccatggaagaaacaagtccttgttct
tctcagagcagtcaaagttacagacactattctgaccactgggaagatgagcgattggag
ccaaggaggcattcatatgaggaaaaatttgagagcatagcaagtaaagcctgtcctcaa
actgagaagttcttctttcacaaagcaacagagaagaattcagaaatctcttttacacag
cccagccgaaaacagatagataaaaacctgtctgaaattgctcatcctcagagggatggg
gttgatagtacaagtcatacagacataaaatctgaccctctaggtcatccaaattctgag
gaagcagtgaaagtcaaaataacttctaggcagcaagaagagctgccagtttattctcct
gatgattctgaaggtgtctcaagtaagtctcggcaacagaccactttccctaacaggcca
gatagtagactgggaaaaacacagtcaaatttttcttcttgtgagatctcccgagtggat
ggtttccgttcatcatcagaagagctcaaaaacctagggtgggacttctctcaacaagaa
aagcctactaccacatatcagcaacctgacagcagctatggagcctgtggtggacttaag
tatcagcaaagtgcagaacagtatagtgggacacgtaattactggcaagccaatggctac
tgggatccaagatcagcaggtagaccgcctggaactggggttgtgtatgatcgaattcaa
gggcaggtaccagattccttaacagatgaccgtgaagaggaggagaattgggatcaacgt
ggaggatctcgcttttcaggccagtccaataaattttttctgtcccttcagaaggacaag
gggtccgtgcaagcacctgaaataagcagcaattccattaaggactctttagctgtgagt
gaggagaaagatctttcaaaaaacttagaacaaaatgataggaaagatagatggcctctt
aaaaaaaggagacaggaattggagagtgattttgagagtgatggtgagcttcaggacaga
aagaaagttagagtggaggtagagcagggagagacagcagcgcctctaggctcagcatcg
gttgggccttcgtgtgtcatggaggacttcagggacccggagcggtggaaggaatgtgcc
aaacaagggaagatgccttcttactttgatctgattgaagaaaatgtttatttaacagaa
agaaagaagaataaatcccatcgggattttaagcgaatgcagtgtgagtgtacacctctt
tctaaagatgaaagagctcaaggtgaaatagcatgtggggaagattgtcttaatcgtctc
ctcatgattgaatgttcgtctcgttgtccaaatggggattattgttccaatagacggttt
caaagaaaacagcatgcagatgtggaagtcatactcacagaaaagaaaggctggggcttg
agagctgttaaagaccttccttcaaacaccttcgtcctggaatattgtggagaggtactt
gatcataaagagtttaaggcccgggtaaaggagtatgcacaaaacagaaacatccactac
tatttcatggccctgaagaatgatgagataatagatgccactcagaaaggaaattgctcc
cggttcatgaatcacagctgtgaaccaaactgtgagactcaaaaatggactgtgaacgga
caactgagagttgggatttttaccaccaaactggttccttcaggctcagagttaacattt
gactatcggttccagagatatggcaaggaagcacagagatgtttctgtgggtcggctaat
tgccggggttacctgggaggagagaacagagtcagcctcagagcagcaggagggaaaatg
aagaaagaacgatcttggaagaaggattcggtggatggagagctagaagctctgatggag
aatggtgagggtctctctgataaaaaccaggtgctcagcttatcctggctaatggttaga
attgagactttggaacagaaacttacctgtctcaagctcatacagaacacacattcacag
tcttgcctgaagtcctttctggaacatcatgggctgcctttgttgtggacctggatggca
gagctacgtgatggccgggaaagtaaccagaagcttcaggaagagattataaagactttg
gaacatttacccattcctgctaaaagtgtgttggaggaaagcaaagtgcttcctattatt
caacgttggtctcaaaccaagactgctgtccctcagctgagtgaaggagatgggtattct
agcgagaatacatcacgtgctcacacaccgctcaacacacctgatccttccaccaagctg
agcatagaagctgacacagacacccccaagaagctaatttttcgcagacttaaaattaca
agtgaaaatggcatggacagtgcgatctctgatgctaccagcgagctagaaggcaaggat
ggcacagaggaccttgaccagttagaaaacgtccctatagaagaaaaggaacaacagcta
ctcacacaacagctgcctgaatctaaagttgatagtgacattgctgtggaggccattaag
ctacccacatctgacccagaggctgacactgaaatagagcctaaagagaccaatggcaca
aaactagacgaacctattgctgaggaaacaccatcccaagatgaagaggagggtgtatct
gatgtggagagtgagaggagccaggaacagccacataaaacagtagatataagtgatttg
gccaccaagctcctggacagttggaaagacctaaaggaggtatatcaaattccaaagaaa
aggcgaactgaaaaggagagcacaataaccaaacgaggaagggatgctattggcttcaga
gatcaaacagttgccccaaagactcctaacaggtcaagagagagagacccagacaaacac
actcaaaataaagagaaaaggaaacgaaggggctccctctccccaccaccttctgcctac
gagcggggaacaaaaaggccaggtggcagatatgatacaccaacttctaaaaagaaagta
cgaattcaagatcacaatcaactttctacagaggagcatcgaaagttgtttgagcaggag
gtagctcagcaggaggttcaaaaaaaacagcagcagatgcagaacctgggagtgacgtct
ccactgccctgtgactttcttggctaccatgcccctcatcacccctttgctggctaccca
ccaggttaccccatgcaggcctatgtggatcccagcaatcttaatgctggaaaggtgctc
ctccccacacccagcatggatcctgtgtgttctcctgctccttatgatcattctcagccc
ttggtgggacattctacagaaccccttgctgcccctccacctgtgccagtggtgccacat
gtggcagcccctgtggaagtttccagttcacagtatgtggcccaaagtgatggtgtggta
caccaagactccagggtcaccaccgtcctgccagtgccagccccaggcccagtccaggga
cagaagtatggtgtttgggattcaaaccaacagtccgtgagtgtacagcaacagtactct
cctgcacagtctcaagcaaccttatatcatcaaggacaggctgctccaactgtctatggt
gtgacgtcaccctattcaccgacaactccaccaggtgtacagagttatgcccagccaagt
cctcagtacatccagggacaacagattctcacagctcacccacaaggagtagtggtacag
ccagccacagccgtgactacaatagttgcaccagggcagcctcagcccttacagccacct
gaaaaggttgtgacagataacctcttggatttaccacccccatctcctcccaaaccaaaa
accattgtcttacctcccaactggaagacagcccgagacccagaagggaagatttactac
tcccatgtgatcacaaggcagattcagtgggatcctcctacttgggaaagcccaggagag
gatgccagccttgagcatgaagctgagatggacctgggaaccccaacatatgatgaaaat
cccatgaagacctcaaaaaagcctaagacagcagaagcagacgcctccagtgagctggct
gagaaaagcaaacaagtattcagaaaagagatgtcccagttcatcgtccagtgcctgaac
ccttactggaaacctgactgcaaagtgggaagaattaccacaactgaagatttcaaacac
ctagctcgcaagctgactcacggcgttatgaataaggagctgaagtactgtaagaacccc
aaggacctggagtgcaatgaggatgtgagacacaaagccaaggagtacattaagaagtac
atgcagaggtttggggccgtttacaaacccaaacgggacactgaattagagtga

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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 (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (63)   

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