KEGG   Enhydra lutris kenyoni (northern sea otter): 111138933
Entry
111138933         CDS       T05871                                 
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
elk  Enhydra lutris kenyoni (northern sea otter)
Pathway
elk00310  Lysine degradation
elk01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:elk00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    111138933
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:elk03036]
    111138933
Enzymes [BR:elk01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     111138933
Chromosome and associated proteins [BR:elk03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     111138933
SSDB
Motif
Pfam: SET BAH AWS Bromodomain PHD_5 PHD ASH2L-like_WH
Other DBs
NCBI-GeneID: 111138933
NCBI-ProteinID: XP_022346643
UniProt: A0A2Y9IDE4
Position
Unknown
AA seq 2964 aa
MDPRNTAMLGLGSDSEGFARKSPSAVGTGPAVSTREAELESTARGGEDLREWTRGRGGEA
GPEDGLSGAQPQFSVKETNFSEGNLKLKIGLQAKRTKKPPKNLENYVCRPAVKTTIRHPR
KALKSGKMTDEKSEHCPSKRDPSKLYKKTGDVAAVECQSEESVHLHSQGAHSPLSKKLSP
VHSEMTDYINAASSTLVGSRDPDLKDRALLNGGTSVTEKLAQLIATCPPSKSSKAKPKKL
GTGTASGLVSKDLIRKAGVGSVAGIIHKDLIKKPAISTAVGLVTKDPGKKPVFNATVGLV
NKDSVRKLGAGSAAVFINKDLGRKPGTVTTVGLLSKDSGKKLGIGIVPGLVNKESGKKLG
LGTVVGLVNKDLGKKLSSTVGLVAKDCAKKIVASSAMGLVTKDMGKKLVSCSMAGLVSPD
AINLKAEALLPTQEPLKASCSTNVSSHESQGIPESLKDSTTSKTFEKNVIRQSKESILEK
FSVRKEIINLEKEMFNEGTCIQQDSFSASDRGPYETSKHEKQAPVYCTSPDFQTGAASDV
STAKSPFSAAGEGSLPSPSPTASGNPLTRSPPEMSSQLAPHPLLLSPPTDLLEDISGSAG
KKQFPAESAHLNVGHRSAGHSVNMECKGIDKELADSKATHIDIPRISSSLGKKPPLTSES
SIHAITPSVVNFTSLFSNKPFLKLGAVSASDKHCPVAESLSPSLQSKPLKKRKGRKPRWT
KVVARSTCRSPKGLELERSELFKNVSCGSLSGGTAEPAKFMKNIGPSSFVDHDFLKRRLP
KLSKSAAPSLALLAESEKTSPKAFAAHKLPSSMCVSSDLLSGIYKPKRGRPKAKEMPQLE
GPPKRTLKIPASKVLSLQSKEEQEPPILQPEIEIPSFKQSLSVSPFPKKRGRPKRQMRSP
VKMKPPVLSVAPFVATESPSKLESESDNHRSGSDFFESEDQLQDPDDLDDSHRPTVCSMS
DLEMEPDKKITKRNNGQFMKTIIRKINKMKTLKRKKLLNQILSSSVESSNKGKVQSKLHN
TVSSLAATFGSKLGQQINVSKKGTIYIGKRRGRKPKTVLNGILSGSPSSLAVLEQTAQQA
AGSALGQILPPLLPSSASGSETLPSPVCSQSSGTSGGQSPVSSDAGFVEPSSAPYLHLHS
SRGSVIQTLAMKKATKGRRRLSPPTLLPNSPSHLSELTSLKEATPSPISESHSDETIPSD
SGIGTDNNSTSDRAEKFCGQKKRRHSFEHVSLIPPETTTVLSSLKEKHKHKCKRRTHDYL
SYDKMKRQKRKRKKKYPQLRSRQDPDFIADLEELISRLSEIRITHRSHHFIPRDLLPTIF
RINFNSFYAHPSFPLDPLHYIRKPDLKKKRGRPPKMREAMAEMPFMHSLSFPLSSTGFYP
SYGMPYSPSPLAATPLGLGYYGRYPPALYPPPPSPSFTPPLPPPSYMHAGHLLLNPTKYH
KKKHKLLRQEAFLTTSRTPLLSMSTYPSVPPEMAYGWMVEHKHRHRHKHREHRSSEQPQV
SMDAGSSRSVLESLKRYRFGKETVGERYKHKEKHRCHMSCPHLSPSKSLINREEQWVHRE
PSDSSPLALGLQTPLQIDCSESSPSLSLGGFTPNSDPASSDEHTNLFTSAIVQGSCRVSN
PNSSGRKKVTDSPGLFSAQDTSLARPHRKEPLPSGERAVQTMTGSQPTSEKSCQRASEST
NCSPARKWSSSESTSTVNGVPSRSPRLLASGDDSVGSLLQRVVQHEDQEPLEKNIDAGIA
SASGPPSSSPGHSHSKERALGKPDSLLVPVAPSDTCGGSISLLSEKPQSSCSPHHIKRSV
VEAMQRQARKMCNYDKILATKKNLDHVNKILKAKKLQRQARTGNNFVKRRPGRPRKCPLQ
AVVSMQAFQAARFVSPHSTEGEESAALPLRGDTVTDAIEAVVQSVTLSPEHKKGLKRKSW
LLEEQAKKKQKPFPEDEQERCMSFTAAAVVAPSPPETPAEPPEPENALRPVRCLLPREKK
APRPPKKKYQKAGLYSDVYKTADPKSRLIQLKKEKLEYCPGEHEYGLFPAPIHVGKYLRQ
KRIDFQLPYDILWQWKHNQLYKKPDVPLYKKIRSNVYVDVKPLSGYEATTCNCKKPEDDT
GKGCVDDCLNRMIFAECSPNTCPCGEQCCNQRIQRHEWVQCLERFRAEEKGWGIRTKEPL
KAGQFIIEYLGEVVSEQEFRNRMIEQYHNHSDHYCLNLDSGMVIDSYRMGNEARFINHSC
NPNCEMQKWSVNGVYRIGLYALKDMPAGTELTYDYNFHSFNVEKQQLCKCGFEKCRGIIG
GKSQRVNGLTSSKSSQPVATHKKSGRSKEKRKSKHKLKKRRGHLSEEPSENMNTPTRLAP
QIQMKPMSNRERNFVLKHHVFLVRNWEKIRQKQEEVKHTSDNLHSASLYSRWNGICRDDG
NIKSDVFMTQFSALQTARSVRTRRLAAAEENLEVARAARLAQIFKEICDGIISYKDSSRQ
ALAAPLLNLPPKKKNADYYEKIPEPLDLATIERQILTGHYKTVEAFDADMLKVFRNAEKY
YGRKSPIGRDVCRLRKTYYNARHEASAQIDEIVGETASEADSSETSVSEKENAHEKDDDV
IRCVCGLHKDEGLMIQCDKCMVWQHCDCMGLDSDVEHYLCEQCDPRPVDREVPMIPRPHY
AQPGCVYFICLLRDDLLLRQGDCVYLMRDSRRTPDGHPVRQSYRLLSHINRDKLDIFRIE
KLWKNEKEERFAFGHHYFRPHETHHSPSRRFYHNELFRVPLYEIIPLEAVVGTCCVLDLY
TYCKGRPKGVKEQDVYICDYRLDKSAHLFYKIHRNRYPVCTKPYAFDHFPKKLTPKRDFS
PHYVPDNYKRNGGRSSWKSERPKPPLKDLGQEDDALPLIEEVLASQEQAANEMPGLEEPE
REGAAAEISEGAKKPEESGQDPQPACTPEERRHSQRERLNQILLGLLEKIPGKNAIDVTY
LLEEGSGRKLRRRTLFIPENSFRK
NT seq 8895 nt   +upstreamnt  +downstreamnt
atggaccctagaaacactgctatgttaggattgggttctgactccgaagggtttgcaagg
aagagtccctctgccgtcggcactggcccggcggtgagcacgagagaggcggagctagag
agcactgcgcgaggcggggaggaccttcgcgagtggacccggggaagaggcggcgaggcc
ggcccggaggacggtttgagcggcgcacagccgcagttttcagtgaaagaaacaaacttt
tcagagggaaacttaaaattgaagattggccttcaggctaagagaactaaaaaacctcca
aagaacttggagaactatgtatgtcgacctgccgtaaaaacaacgatcaggcacccgagg
aaagcactgaagagcgggaagatgacggacgagaagagcgagcactgtccttccaaacgg
gacccttccaagttgtacaagaaaacaggtgatgtcgcagccgttgaatgccagtctgaa
gagagcgtgcatcttcattcgcagggagcccacagtcctctgtccaagaagctttctccg
gtgcactcagaaatgacagattacattaacgcggcatcctcgactctggttggtagccgg
gatcctgatttaaaggacagagcattacttaatggaggaacgagtgtaacagagaagttg
gcacagctcattgcaacttgtcctccctctaagtcttccaaggctaaaccgaagaagtta
ggaactggcactgcttcgggcttggttagcaaggatttgatcaggaaagcaggtgttggc
tctgtagcgggaataatacataaggacttaataaaaaaaccagctatcagcacagcagtt
ggattggtaactaaagatcctggaaaaaagccggtgtttaatgcaacagtaggattggtc
aacaaggactccgtgagaaaactcggagctggcagtgcagccgtattcattaataaagac
ttgggccggaagccagggaccgtcactacagtagggctgctgagcaaggattcaggaaag
aagctaggaattggtattgttccaggtttagtgaataaggaatctggaaagaaattagga
ctcggcactgtggtcggactggttaataaagacttgggcaagaagttaagttccaccgtc
ggcctggtggccaaggactgtgcgaagaagatcgtagccagttccgcaatgggattagtg
actaaggacatgggaaagaaactagtgagttgttctatggcgggactggtcagtccagac
gccataaaccttaaggccgaagcactgctccccactcaggagccacttaaggcttcttgt
agtacaaacgtcagtagtcatgaaagccagggaattccggaatccctgaaagatagtacc
accagcaaaacttttgagaagaatgtcatacggcagagtaaagaaagcatattggagaag
ttctcagttcgaaaagaaatcattaatttggagaaggaaatgtttaatgagggaacatgc
attcagcaggacagtttctcagccagtgaccgggggccatatgaaacctcgaagcacgaa
aagcaagctcccgtgtactgcacttctccggacttccagacgggagctgcttctgacgtg
tccacagcaaagtcccctttcagtgcggcaggggagggcagcctcccttccccgtcacct
actgcatcgggtaaccccttaaccagaagtccccctgaaatgtcttcacaattggcccct
catccgttgcttctgagtcctcccacggacttgctggaggacatctccggatctgctggc
aagaagcagtttcctgcagaaagtgcccacctgaacgtcggtcacaggtctgcgggtcac
agcgtgaacatggaatgtaaaggaatcgataaagagctagctgattcaaaagccacacac
atagatattccaagaataagctcttccctgggaaaaaagccacctttgacttctgagtcc
agtattcacgcgatcacgccctccgtggttaacttcactagtctgttcagtaacaagccc
tttctgaaactcggggcggtaagtgcgtctgacaaacactgcccggttgctgaaagcctg
agccccagcttgcagtccaaaccgttaaagaaaaggaaagggagaaaaccccggtggact
aaagtggtggcaagaagcacatgccggtctccaaaagggctagaattagaaagatcggag
cttttcaaaaacgtttcgtgcggctcactatcaggcggtactgccgagccagccaagttc
atgaaaaacatcggcccgtcttcatttgttgaccatgacttccttaaacgccggttgcca
aagttgagcaagtccgcagcgccatctctcgctctcttagctgagagtgaaaagacatcg
cccaaggctttcgctgctcacaagctgccctccagcatgtgcgtctctagtgacctcctg
tctggtatctataagcccaaaagagggcgacctaaagcgaaggagatgccgcagctggaa
ggcccgcctaagaggactttgaaaatccctgcctccaaagttctctctctgcagtctaag
gaggaacaggaacccccaattttgcagcccgaaattgaaattccttccttcaaacaaagt
ctttctgtgtctccttttccgaaaaaacgaggccgacctaagaggcagatgaggtcaccg
gtcaagatgaagccacctgttctctccgtggccccgttcgttgccactgagagtccgagc
aagctggagtcggagagtgacaaccatcgaagcggcagtgatttctttgagagtgaggac
cagcttcaggacccggacgatctggacgacagtcacaggcccaccgtctgcagcatgagt
gaccttgagatggagccggataaaaaaattaccaagagaaacaatggacagttcatgaag
acaattatccgcaaaatcaataaaatgaagactttgaagaggaagaagctgttgaatcag
atcctgtcaagctccgtagaatccagtaataaggggaaggtgcaatccaagctccataac
acagtgtcgagtctcgccgccaccttcggctctaagctgggccagcagataaatgtcagc
aagaaaggaaccatttacatagggaagagaaggggtcggaaacccaaaactgtcttaaat
ggcatcctttccggcagccccagcagccttgcggtccttgagcaaaccgcgcagcaggcg
gccggttccgcgctgggacagattctaccccctctgctgccttcgtccgccagcggttcg
gagaccctgccgtcgcccgtctgctctcagtcttccgggaccagcggaggccagagcccc
gtgagcagcgacgcaggcttcgtggagcccagctcagcgccgtacttgcatttacactcc
agccggggcagcgtgattcagactctggccatgaagaaggccaccaaggggaggaggcga
ctctctcccccgactctgttgccaaattctccctcgcacttgagtgagctcacctctctg
aaggaagcaactccttcacccatcagtgagtctcacagcgatgagaccatccccagcgac
agtggcattgggacagataataacagcacgtcagacagagcggagaagttctgtgggcag
aagaagaggaggcattcttttgaacacgtgtctctgattccccctgaaaccaccacagtc
ctgagcagcctgaaagaaaaacacaagcataagtgcaagcgccggacccacgattacctc
agctacgacaagatgaaaaggcagaagcgaaaacggaaaaagaaatacccccagctccga
agcagacaggacccagacttcatcgcggacctggaggagctgataagtcgcctgagcgag
attcgaatcacccaccgaagccaccacttcatcccgcgagacctgctgcccactattttt
cgaatcaattttaacagtttctatgcgcacccctccttccccttagaccctttgcactac
attcggaaacctgatctgaaaaagaagagagggaggcctcctaagatgagggaggcaatg
gctgagatgcccttcatgcacagccttagttttcctctttccagtaccgggttctacccc
tcctatggcatgccttattccccctcacccctggcggccacccccctggggctgggctac
tacggaaggtacccgcccgcgctctatcctcctcctccttctccttctttcacgcccccc
cttccgcccccttcctacatgcatgctggtcatctactgctcaatcccaccaaataccat
aagaaaaaacacaagctgcttcgacaggaggccttcctcacaaccagcaggactcccctc
ctttccatgagcacctaccccagtgtccctcccgagatggcctacgggtggatggtcgag
cacaagcacaggcaccgtcacaagcacagggaacaccgctcttccgagcagccccaggtt
tccatggacgcgggctcttccaggtctgttttggagtctttgaagcgctatcgatttgga
aaggaaactgttggagagcgatacaaacacaaggaaaagcaccgatgtcatatgtcctgc
cctcatctctctccttccaaaagcttaataaatagagaagagcagtgggttcaccgagag
ccttcagattctagcccactggccctgggactccagacgcctttacagattgactgttcg
gaaagttctccaagtttatcccttggaggattcactcccaactctgatccggccagcagt
gatgaacatacgaaccttttcacaagtgcaatagtgcaaggcagctgcagagtttcgaac
cctaactccagcggccggaagaaagtaacggacagccctggactgttttccgcacaggac
acttcgctagctcggcctcacaggaaggagccactgccttccggcgaaagggcagtgcag
accatgacaggttcccagccgacgtcagagaagtcttgtcagcgagcgtccgagagcaca
aactgcagccctgcccgaaagtggtcgtcgtctgagagtacttcgacagtaaacggagtt
ccctctcgaagtccaagactgcttgcttctggggacgactctgtggggagtctgctgcag
cgggtggtccagcacgaggaccaggagcccctggagaagaacatcgatgccgggatcgcg
tctgcctcagggcccccttcctccagcccaggacacagccacagcaaggagcgggccctg
gggaagccagacagccttctggtgcccgtggcccccagtgacacttgcggtggcagcatc
tctctcctgtcggagaagccacagagcagctgctcgccccaccacatcaagaggagtgtc
gtggaagccatgcagcgccaagctcggaaaatgtgcaattatgacaaaatcttggccacg
aagaaaaacctggaccatgtcaataaaatattaaaagccaaaaaacttcaaagacaggcc
aggacagggaataactttgtgaagcgcagaccggggcgacctcggaaatgccccctccag
gcggtggtgtccatgcaagcgttccaggccgcccggtttgtcagcccccactcgaccgag
ggcgaggagagcgcggccctgccgctccgcggcgacacggtcacggacgccattgaggct
gtggtgcagagcgtcaccctgagtccagaacacaagaaggggctgaagcggaagagctgg
ctgttggaggagcaggccaagaagaagcagaagccgttcccagaggacgagcaggagcgc
tgcatgagctttaccgcagcggcagttgtggcccccagtcctcctgagaccccagccgag
cctcctgaacctgaaaatgccctgcggcccgtgcgctgtctcctgccaagggagaagaag
gccccacgtcccccaaagaagaagtatcagaaagcagggctgtattctgacgtttacaaa
actgcagacccaaagagccggttgatccaattaaagaaagagaagctggaatactgtcct
ggagagcacgagtacggactgttcccagcccccattcatgtcggaaagtatctgaggcaa
aagagaattgacttccagctcccctatgacatcctttggcagtggaagcacaatcagctg
tacaaaaagccagatgtcccactatataaaaaaatccgttcaaatgtctacgttgatgtc
aagcccctttctggttacgaggccaccacctgtaactgtaagaagccagaggatgacacc
gggaagggctgtgtggacgactgcctcaatagaatgatctttgccgagtgttcccccaac
acttgcccctgtggtgagcagtgctgtaaccagaggatacagaggcatgagtgggtgcag
tgtctagaacgatttcgagctgaggaaaaaggttggggaataagaaccaaagaacccctg
aaagccgggcagttcatcatcgaatacctgggggaggttgtcagcgagcaggagttcagg
aacaggatgatcgagcagtatcataatcacagtgaccactactgcctgaacctggatagt
gggatggtgatcgacagttaccggatggggaacgaggcccgattcatcaaccacagctgc
aacccaaactgtgaaatgcagaaatggtctgtcaatggagtataccggattggactgtat
gctctgaaggacatgccagctggtaccgagctcacttacgattacaacttccattccttt
aatgtggaaaaacagcaactgtgtaagtgtggcttcgagaaatgtcgaggaatcatcggg
ggcaagagtcagcgcgtgaacggactcaccagcagtaaaagcagccagcccgtggctacg
cataagaagtccggacggtcgaaagagaagaggaagtcgaagcacaagctgaagaagagg
agaggccacctctccgaagaacccagtgaaaacatgaacaccccaacgagattggccccc
cagatacagatgaagccgatgtctaatcgagagaggaactttgtgttaaagcatcatgta
ttcttggtccgaaactgggagaagattcggcagaaacaagaggaagtcaagcacaccagc
gacaacctccactctgcgtcgctctacagccgctggaacggcatctgccgagatgacggg
aacatcaagtcggatgtcttcatgacccagttctcggccctgcagacggcacggtcggtt
cgcacaaggcggctggcagcagcggaggaaaaccttgaggtggcgcgggcagcccgcctc
gcccaaatcttcaaagagatctgtgatggcatcatctcctacaaagattcttcccgacaa
gctctggccgcccccctcttgaacctccccccaaagaaaaagaacgcggattactatgag
aagatccccgagccgctggacctggccaccatcgagcggcagatcctcaccggccattac
aagaccgtggaggcctttgatgctgacatgctcaaggtgttccggaacgctgagaagtac
tacgggcgcaagtcgcccatcgggagggacgtgtgccgcctgcggaagacctactacaac
gcccggcacgaggcgtcggcgcagatcgacgagatcgtgggggagacggcgagcgaggcc
gacagcagcgagacgtcggtgtccgagaaggagaacgcgcacgagaaggacgacgacgtg
atccgctgtgtgtgcggcctgcacaaggacgaaggcctcatgatccagtgcgacaagtgc
atggtgtggcaacactgtgactgcatggggctggactcggacgtggagcactacctttgc
gagcagtgtgacccgaggcctgtggacagagaggtacccatgattcctcggccccactat
gcccagcccggctgtgtctacttcatctgtttgctccgagatgacttgctgcttcgtcaa
ggcgactgcgtgtacctgatgcgggacagccggcgcacacctgacggccacccagtccgc
cagtcctaccgactgttgtcgcacattaaccgagacaaactagacatcttccgcattgaa
aagctttggaagaatgaaaaagaggaacggtttgcctttggtcaccactacttccgcccc
cacgagacccaccactctccatcccgccgcttctatcacaacgagctgttccgggtgcca
ctctacgagatcattcctttggaggctgtggtggggacctgctgtgtcctggacctttat
acttactgtaaagggagacccaaaggagtgaaggagcaagacgtgtacatctgtgactac
cgcctcgacaagtccgcgcacctgttctacaagatccaccggaaccgctaccctgtctgc
accaaaccctatgccttcgaccacttccccaagaagctcactcccaaaagagatttctcc
cctcattatgtcccagacaactacaagaggaacggagggcggtcgtcctggaagtccgag
cgcccaaagccccccctgaaagacctgggccaggaggatgacgctctgcccttgattgaa
gaggttctggccagccaggagcaagccgccaacgagatgcccggcctggaggagccagag
cgggagggggccgctgcggaaatcagcgagggggccaagaagccagaggagagtgggcag
gacccccagccggcgtgtacccctgaggagcgaaggcacagccagcgggaacgcctcaac
cagatcttactcggtctccttgaaaaaatccctgggaaaaatgccatcgacgtgacctac
ctgctggaggagggctcgggccggaagctgcggagacgcactttgttcatcccggaaaac
agctttcggaagtga

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (7)   
   Pfam (7)   
All databases (33)   

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