KEGG   Latimeria chalumnae (coelacanth): 102367246
Entry
102367246         CDS       T02913                                 
Symbol
ASH1L
Name
(RefSeq) ASH1 like histone lysine methyltransferase
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
lcm  Latimeria chalumnae (coelacanth)
Pathway
lcm00310  Lysine degradation
lcm01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lcm00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    102367246 (ASH1L)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:lcm03036]
    102367246 (ASH1L)
Enzymes [BR:lcm01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     102367246 (ASH1L)
Chromosome and associated proteins [BR:lcm03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     102367246 (ASH1L)
SSDB
Motif
Pfam: SET BAH Bromodomain AWS PHD_5 PHD
Other DBs
NCBI-GeneID: 102367246
NCBI-ProteinID: XP_014347295
Position
Un
AA seq 2737 aa
MEHRNSTMLGTGSDSEGISGRSPPVVATGTVVSKREVELEGGTKEEEDGLNWKQEKSPNN
EAGKEHNLATPEHQFSVKETNFSEGNLKLKIGLQAKRTKKPPKNLENYVCRPAIKTTIKH
SRKWAKSEKMTDEKSEPGPQKRGPLKLYKKTEEPRTVDSHSEEAISHSDGESKYPAKNTS
PDSEQTESSKSGSDRDADTRDKGLVNGATTVTEKLAQLIATCPPSKSSKSKIKKQAVGPA
TGMNNNKDMGSLKTDTAIPVTEHLKSPNSPELAKKSFADQESAELKESGPSKVLLEKNAA
RQAKESVLERFSVRKEHISTSDLDLTDEGVSTQQERQSCCEKGEGEASKQEKHPSVFCTS
PDYRTGASSDTSLKKSLFGTVGENHLPVPSLVATVTTLSKSSVTSASQSTPSSLQLSTTQ
DPSPKGTETTGRKLFDSGNSSFSLGHRATGNELGTDSLSGGKKDENGSKPSQTEIKKSNP
SLAGESQKLGKSCLLTTESSTCSTANITVVNFTSLLNRKPSIKPATLKLPEKERPEFVNP
NSSQQSKPLKKRKGRRPRWTKVVARSTSRIPKGTESTTTEVVESSNTQLSTNTEQRETIK
SIGTSPLTEKVTVKPQLPKLSNARTLSPLSQTTGMEKQSIKAPSRDKLPNHVGSASGTLE
VYKPKRGRPKTKGMPQLEGPPRRILKIPASKVFSMKSKEDEQEPPVLQPEIDIPANKKVL
VRHHIPKRRGRPKRQIRSSMTTKPPTLSLAPVANVDSTDKLEPENVHLGNLEAPAEKEQR
KPVDQPLKKTVCNIAGLRVEKANKKMNKRGNGQLVKTIIRKINKMKTLKRKKLLNQILSS
AAESANKRQVQSKLNSTVSTLAATFGSKLGQQINVSKKGTIYIGKRRGRKPKTALDNIFS
GNSASMTAVDKPIQQTAATTLGQTLSTLPQSSVPELMPSPASSQSSRASGSQSPASSDAG
FIEPSPVPNLHTHYRQPGMVQTLAMKKASKGRRKLSPPTLLPNSPSHLSEISSLKEATPS
PISESHSDETIPSDSGIGTDNNSTSDRAEKFCGQRKRRHSFEHLSLMPPESSPVLSSQKE
KHKHKCKRRAHDYLSYDKLKRQKRKRKKKYLQLRSRQDPDFLAELEELISRLSEIRITHK
NHHYIPRDLLPTIFRINFNSFYTHPTFPIDPLHYIRKPDLKKKRGRPPKMREAMTDMPFM
HSVSFPLSSTGFYPSYSMPYSPSPLAAAPLGLGYYGRYPPTLYHPPPSPSFTTPLPPPSY
MHTGHLLLNPAKYHKKKHKLLRQEAFLTTSRTPLLSMGTYPGVPPEMAYGWMLEHKHRHR
HKHREHRSSEQSQADALASNSSSRTVLESLKRYRFGKEGSGERYKHKDKHRCHMSCSHLS
VSKGLLSRDDQWARKDTSESTSVNSGLPSPLQIDCTENLPGLGLGGFTSSSEPLSSEEHT
NLFTSAIGSCKANKSTGSVVRRKTDSSGLFNAQDTVLGRSLRRDRPPSSERTALKLPGSL
TMQSAQDKQASQRQTENISSSPSQRRTTSEGVGVTTRGTRLGGPVEESIENVIQRLVQKE
NQAAIDKTIEAVIANVSTPAATSPGRSHSNERALGRQDASLGPPSTTDNSADCSSIALSH
KVPCADSPLVLDRSVIAAMQRQARRMCNYDKILATKKNLDHVNKILKAKKLQRQARTGNN
FVKRRPGRPRKHPVDSEISRGALQLASLDTKELSSGDGSGRLSPRPDTITDAIEAVVQGV
TLSTEHRKGVKRKRWPEGELTQKRQRSYSEEEQDLNKSPKSRLIMLKKEKLEYTPGEHEY
GLFPAPIHVGKYLRQKRIDFQLPYDILWQWKHNQLYKKPDVPLYKKIRSNVYVDVKPLSG
YEATTCNCKKTDEPNQNGCLDDCLNRMIFAECSPNTCPCGEQCCNQRIQRHEWVQCLERF
RAEEKGWGIRTKEPLKAGQFIIEYLGEVVSEQEFRNRMIEQYHNHNDHYCLNLDSGMVID
SYRMGNEARFINHSCNPNCEMQKWSVNGVYRIGLFALKDMPAGTELTYDYNFHSFNVEKQ
QLCKCGSEKCRGIIGGKSQRVNGLSNKASQPASVHKRPGRSKEKRKSKHRLKKRRGHIPE
EPSDNVSTPTRLTPQLQMKPMSNRERNFVLKHHVFLVRNWEKIHQKQEEAKHAKDNIHSV
SLYNRWNGICRDDGNIKSDVFLTQFSALQTSRSVRTRRLAAAEENIEVARAARLARIFKE
ICDTIISYKDSSAPLLNLPPKKKNADYYEKITDPLDLVTIEKQILIGHYKTVEAFDADML
KVFRNAEKYYGRKSQIGRDVCRLRKIYYSARHEASAQIDEIVGETASEADSSETSVCEKE
NGHDKDDDVIRCVCGLYKDEGLMIQCEKCMVWQHCDCMGVNSDVEHYLCEQCDPRLVERE
IPMIPRPHYAQPGCVYYICLLRDELLLRQGDCVYLMRDSRRTPDGQPVRQSYRLLSHINR
EKLDIFRIEKLWKNEKGERFAFGHHYFRPHETHHSPSRRFYHNELFRVPLYEIIPLEAVV
GTCCVLDLYTYCKGKPKGVKEQDVYICDYRLDKSAHLFYKIHRNRYPVCTKPYAFDHFPK
RLTPKRDFSPHYVPDNYKRNGGRSSWKSERPKLPGKDGCQEEDPPPCTEDMSLSQESPLI
DMTPTEEPEGENSSSSSSSSSSSSNINDEESETTARRAQTPEERRHEQRERLNKILLNLL
EKIPGKNAIDVTYLLEEGSGRKLRRRTLTLSESNIRK
NT seq 8214 nt   +upstreamnt  +downstreamnt
atggaacatagaaactctactatgttaggaacaggctctgattctgagggaatttctggg
aggagtccgcctgtggtcgcaactggcacagtagtgagcaaaagagaggtggagctagag
ggtggaactaaagaggaagaagatggtttgaattggaaacaggaaaagagtccaaataat
gaagctggaaaggagcataatttagctactcctgaacatcaattttctgtcaaagagacc
aacttttcggagggaaatcttaagctaaaaattggacttcaggctaagagaactaaaaaa
ccgccaaagaacttggagaattatgtgtgccgacctgcaattaaaaccaccatcaaacac
tctaggaagtgggctaaaagtgagaagatgacagatgaaaaaagtgagcctggacctcag
aagcggggacctctgaaattgtacaagaaaactgaagagcccaggacagttgactcacat
tcagaagaggccatttcgcattcagatggagaatccaagtacccagcaaagaacacttct
ccagactctgaacagactgaatcgagtaagtcaggaagtgaccgagatgctgatacaagg
gacaaaggcctagtcaatggagcaacaactgttactgaaaaattagcacaacttattgcc
acctgtcccccttccaagtcttccaaaagtaagattaagaaacaagcagttggccctgca
actgggatgaataataacaaggacatgggtagtctgaaaactgacactgcaattccagtt
acagagcacttgaaatctccgaatagtccagagttggcaaagaagagttttgcagaccag
gagagcgcagagctaaaagagagtggacccagcaaagtcctactggaaaaaaatgcagcc
cggcaagctaaggaaagtgtcttagaaaggttttcggtaaggaaagagcacatcagcact
agtgacctggacctcaccgatgaaggggtctccacacagcaggagaggcaatcctgctgt
gaaaagggggaaggtgaggcctccaaacaggagaagcacccttcagtattttgcacttca
cctgattataggacaggagctagctctgatacgtcattaaagaagtccctgtttggcaca
gtgggagaaaaccacctcccggtaccttcactggtagcaactgttactacattaagcaag
agttctgtaactagtgcctcccagtccacacctagctcgttgcagttaagtaccacacaa
gacccttccccaaaaggtactgagacaactggtagaaaactgtttgattctggcaactca
agttttagtttgggacatagggctactggtaatgagttgggcacagactccctaagtggt
gggaagaaagatgaaaatggttctaagccatcccagacagaaatcaaaaagagcaatcct
tcgctggcaggcgagtcccaaaaactggggaaaagttgccttctaacgactgagtcaagc
acctgcagtacagctaacattacagttgtaaactttaccagtttactaaacaggaaacct
tccattaagcctgctacattaaagctccctgagaaagagagaccagaatttgtaaaccca
aactctagtcaacagtccaagcctttaaagaaaaggaaagggaggaggccaagatggaca
aaagtggtggcaagaagcacttctcgtatcccaaagggtacagaatcaacaacaacagag
gtagtagagtccagtaatacacagctgagtactaacactgaacagagggagacaataaag
agcataggaacttctccactaacagagaaagtaactgtcaaaccacaactgccaaaactg
agcaatgctaggacattgtcaccattgtcacaaacaactggaatggaaaaacagtccatc
aaggctccaagtagagacaaactgcctaatcatgtaggcagtgcaagtggtactttggaa
gtttataaacctaaaagaggtaggcccaaaactaagggtatgcctcagctagagggacct
ccaaggaggatcttaaaaatcccagcatcaaaagtgttttcaatgaagtcaaaagaagat
gaacaagagccccctgtgttgcagccagagattgatattccagccaataaaaaagttttg
gtacggcatcacatccctaaaaggcggggaaggcctaaaaggcagattaggtcatctatg
acaaccaagcctcccactttgtcactggcaccggtagctaatgtagacagtacagataag
cttgaacctgaaaatgtgcatcttggaaaccttgaagctcctgcagagaaagagcagagg
aaacctgtagaccagccactgaaaaagactgtttgtaacattgctggcctcagggttgag
aaagccaacaaaaagatgaacaagagaggcaatgggcagctagtgaaaacaattatcaga
aaaattaacaagatgaagacgctgaaaagaaagaagcttttgaatcaaatcctctccagt
gcagctgaatctgccaacaaaaggcaagtacaatcaaagctcaacagcactgtttcaact
cttgctgcgacctttggatccaagttgggccaacagataaacgttagcaaaaaaggaact
atttacataggaaagaggagaggaaggaaacccaaaactgcccttgataacattttctct
ggcaattctgccagcatgactgctgtagataagccaattcagcaaactgctgccacaacg
ttaggtcaaactttatcaactttaccccagtcctctgtccctgaacttatgccttcaccc
gctagctctcagtcatccagagcaagcgggagccagagccctgctagcagcgatgctggg
ttcattgaacctagtccagtgccaaacttacacacgcactatcggcaaccgggtatggtc
cagacacttgccatgaagaaggcatccaaaggaagaaggaagctttctccacctacgttg
cttccaaactccccttcccacttaagtgagatctcctctctgaaggaggctactccttcg
ccaataagtgagtctcacagtgacgaaacaattcccagtgacagtggaattggcacagac
aacaatagcacgtctgaccgggctgagaagttctgtgggcagaggaaaagaaggcactca
tttgagcacttgtccctcatgcctcctgaaagctcacctgttctaagtagtcaaaaggag
aaacacaagcataagtgcaagcgcagggcacacgattacctcagctatgacaagctgaaa
aggcagaagcggaaacgaaagaagaagtacctgcagctcaggagtcggcaggaccccgat
tttctggccgaattggaggaattaatcagcaggctgagtgagatcaggataacccacaag
aaccatcactacatccccagggaccttctgcctactatcttcagaatcaactttaacagt
ttctacacccatccgactttccctatagatcctttgcactacattcgaaagcctgacctc
aagaagaagagaggccgaccccccaaaatgcgtgaggccatgactgacatgccatttatg
cacagtgttagcttccctctgtcaagtactgggttttacccttcatatagcatgccttac
tccccctcccctcttgcagctgctccattgggtttaggttattatggaaggtaccctcca
actctttaccacccccctccatcaccatcatttaccaccccgctaccaccgccatcttac
atgcacaccgggcacttgctccttaaccctgccaagtaccacaagaagaagcacaagctt
ctccggcaggaggctttcctcaccaccagccgtaccccactcctttcaatgggcacttac
cctggtgttccaccagaaatggcttatggctggatgcttgaacacaagcacaggcatcgg
cacaagcacagggagcaccgctcatctgaacaatcccaggcagatgccttagcgagtaac
agctcttcaaggacagtcctggaatctcttaagcgctataggtttgggaaggagggcagt
ggcgaaagatacaaacataaagacaaacacaggtgtcacatgtcttgttcccacctgtct
gtctcaaagggactgttgagcagagatgaccagtgggccaggaaagacacttctgaatct
acttcggtcaattcaggacttccatccccattgcagatagactgcactgagaacctccca
ggactgggtttaggaggatttacatccagctctgagccattgagtagtgaggaacacacc
aatttgtttacaagtgcaataggcagctgcaaggccaataagtccaccggcagcgtcgtc
cggaggaagactgacagctcaggactctttaatgcacaggatactgtgctgggcaggtcg
ttgaggagggatcgcccaccttccagtgagaggacagcactgaaactaccaggttctttg
actatgcagtcagcacaagacaaacaagcgtcccagagacagacggagaacataagcagc
agcccttctcagaggaggaccacatctgaaggagttggagttacaacacgaggtacaagg
ctaggaggtcctgtggaggaatccattgagaacgtcatacagcgactggtacaaaaagaa
aatcaggcagccatcgacaagacaatagaagcagtcattgcaaatgtgtccactccggcc
gctaccagccctggcagatcccatagcaacgaaagggctctaggtaggcaagatgcttcc
ttgggcccacccagtacaactgacaattctgcagactgcagtagcatagcactttcacac
aaagtcccctgtgccgactctccgctggtcctcgacaggagcgtgattgcagccatgcag
cggcaagccagaaggatgtgcaattacgacaagatcctggcaaccaagaagaacctagac
catgtcaacaagatcctaaaggccaagaagctgcagcggcaggctcgaacaggcaacaat
ttcgtcaagcgccgccctggccggccaaggaaacacccggtggactctgagatctcaagg
ggagccctgcagttggcttccctggacacaaaagagttgagcagtggtgatgggagcggc
cggctgagcccccgtcctgacactatcacagacgccattgaggcagtagtgcaaggcgtg
accctgagtacggagcacaggaagggggtgaagaggaaaaggtggccagaaggtgaacta
acacaaaaacgtcagaggagctactccgaagaggaacaggatcttaataaaagtccaaag
agtcgcctgataatgttgaagaaggagaagctggagtacacaccaggagaacatgaatac
gggctctttccggctccaatccacgttggcaaatatctgaggcagaagagaattgacttc
cagctaccttatgacatcctttggcagtggaagcacaatcagctgtataaaaagcctgat
gttcctctgtacaagaagatcagatccaatgtgtatgtggatgtgaagcctctctctggt
tatgaagccaccacctgcaattgtaagaagacagatgagcccaaccagaatgggtgccta
gacgattgtctcaacaggatgatctttgcagagtgctcccccaatacctgcccctgcggg
gagcaatgctgtaaccaacgtatccagaggcatgagtgggtgcagtgcctggagcgattc
cgagcagaagagaaaggctggggaattcgcaccaaggagcctcttaaagctgggcagttc
atcattgaatacttaggagaggtcgtcagtgagcaggagttcaggaatcgaatgatcgag
caataccacaaccataacgatcactactgcctgaacctggacagcggaatggtgattgac
agctaccggatgggcaatgaggcacgcttcatcaaccacagctgcaaccccaactgtgag
atgcagaaatggtctgtcaatggtgtttaccgaattggactatttgcactaaaggacatg
cccgctggcactgagctgacctatgattataatttccactcatttaatgtcgaaaaacag
caactctgcaagtgtgggtcagagaagtgccgtgggatcatcgggggtaaaagccagcgg
gtaaatggtctgtcaaacaaagccagccagcctgccagcgtacacaagcggccaggcagg
tcaaaggagaagaggaaatccaagcatcgcctgaagaaaaggagaggccacattcctgag
gagcccagcgataacgtcagcaccccaaccagactcaccccacagctgcagatgaagccc
atgtccaacagagaaaggaattttgtgctgaaacatcatgtattcttggtacgaaattgg
gagaagattcatcagaagcaggaggaagccaaacatgccaaggacaacatccactccgtc
tccttgtataatcgctggaatgggatctgcagggatgatggcaacatcaaatctgatgtc
ttcttgacccagttttctgcacttcagacctcccgatccgtacggacgaggcggctggca
gcggctgaggagaacattgaagtagcccgagcagcacgtctagcacgaatcttcaaggag
atctgtgacaccatcatttcctacaaagattcgtcagctcctctcttgaatcttccacct
aagaaaaaaaatgcggattactatgagaaaatcacagatccactcgatcttgtgaccatt
gagaagcagatcctcattggtcattacaaaactgtagaggcctttgatgcagacatgctg
aaagtcttcaggaatgctgagaagtattacgggcgaaagtctcagattggccgtgatgtt
tgccggctgagaaaaatctactacagtgcccgccatgaggcctcagcgcagatcgacgag
attgtgggggagacggccagtgaggcagacagcagcgagacttcagtctgtgaaaaggaa
aacggccacgacaaggatgacgacgtcattcgctgtgtctgtggcctctacaaggatgag
gggctgatgattcagtgcgagaagtgcatggtttggcagcactgtgactgtatgggtgta
aattccgacgtggagcactacttgtgcgaacagtgtgatccccgactggtagagagggag
attccaatgatcccccggcctcattatgcccagccgggttgtgtttactacatctgcctc
ctgcgtgatgagttactgctaaggcaaggtgactgtgtgtacttaatgcgagacagccgg
cgaacccctgatggacagcctgtccgacagtcgtaccgactgttatcacacatcaacagg
gaaaaactcgacatcttccgcattgaaaaactctggaaaaatgaaaaaggggaacgtttt
gcattcggacaccactacttccgtcctcacgaaacgcaccactctccatccagacgattt
taccacaatgagctcttccgtgtgccgctgtatgagatcattcctttggaggcagtggtg
ggaacttgctgtgtgctggacctctacacgtactgcaaagggaagccaaaaggtgtgaaa
gaacaggatgtatacatctgcgattatcggctggacaagtcggcacaccttttctataag
attcatcggaacaggtaccctgtctgtaccaaaccctacgcctttgaccacttccccaag
aggttgacacccaagagagacttctcacctcattacgttccagataactacaagagaaat
ggaggaagatcatcatggaaatcggaacgtcccaagttacctggcaaagatggctgccag
gaagaggacccgcccccttgtactgaggacatgtcactcagccaggagtcacctctgatt
gacatgacccccacggaggagccagaaggtgagaacagcagcagcagcagtagcagcagc
agcagcagcagcaacattaatgacgaggaaagcgagactacggcgcggcgggcgcagacg
ccggaggaaaggcggcatgaacaaagagaacgcctcaataaaatcctgcttaatctgctg
gagaaaatccctgggaaaaatgctattgatgttacgtatttactagaagaaggttcaggg
cggaaactaagacgacgcacgctaacgctgtcagaaagcaacatcaggaagtga

  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 (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (91)   

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