KEGG   Acanthaster planci (crown-of-thorns starfish): 110987401
Entry
110987401         CDS       T05078                                 
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L-like isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
aplc  Acanthaster planci (crown-of-thorns starfish)
Pathway
aplc00310  Lysine degradation
aplc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aplc00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    110987401
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aplc03036]
    110987401
Enzymes [BR:aplc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     110987401
Chromosome and associated proteins [BR:aplc03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     110987401
SSDB
Motif
Pfam: SET BAH Bromodomain AWS PHD_5 PHD
Other DBs
NCBI-GeneID: 110987401
NCBI-ProteinID: XP_022105810
UniProt: A0A8B7ZLN7
Position
Unknown
AA seq 2997 aa
MESNFVNCNLDGKSTGPGLMASEDKDQASFPEFHVHATNYTKGQLKMKLKSNKKAGIIEV
QHKPEEVSSSPEVQTEQETEEGLDNTEKCSSEFGAKSSHSGATEPNPPPTPPVLSTSKST
KVTTGNPTMESLMALTNHADSGAFLPANSGSSMCEPMNFGQVGPMGHEGNNNRVEGAADG
YVNPCVSIGSQSASDVATAEYLQKQEEEELLQAFADSTVAQGIAQALDVDSLTPSFVSEQ
GFELSVADVDLEPEDRLHCRFAPKSEASGMENENVNRTQECDQSLLMAGRTSENAIAMEL
PTSEIAQQPDIHVPPTGIQMVVEVMEMEDGQDTALDSSNPPNETLDFGYRSYSHNFGADA
VMEKESDLSNLTGDEQEVDSKAISLAVVVSESQYTVHSGYSPKAKQTTSPKSQPKAVKAC
QKSKKAKSKATPSKPSPVIAVNSCSKSPSVAKTSTKSPKSRTADGPMAEVDKRNTACCKK
PAKEQNLSSPNKTKLSVQKAKLSTSVKDLSHVGPDKPTKPAGSRNSKVTTIQSKTGIGKE
KGISEIPKRSIKSKSKGSEAVVKPTKTRKSKQSLDVLESGAKAKGKGSKKKSKSLPISVD
LSKVNVMVAADHAVKKPKKVKSKSKEKDNDPKLSSLAITSPSSKTHPATGKSCLSPKPTK
SKPKMKSTAAVPKEKAIREKTSKAKSKKKLDLCMSPLPVASQLPLNTHSENSIPPVLEIA
TKTPKKVSKTKKSTKKSKSGKFKSCKSKVLSSTIVHTDGLLQVATKLHKRSKTCKIGKKE
KKGKRVKKHKTKEKLKECIPERLHPPPARLPLGSTSPLHILIPDEEPIASPLSSPPCPPS
KGKGKKSGSGVARLMSEWLLENGNEEDDDEETIMLHQGKQLQRSPKIDSSKSSKTCSPNK
EASAPVSPISSSCLGTPTKMPHVFAEPVKALHEAAKKRPLNVDPIRPEIMEGSKEKQHKE
QTPSPQSATTCMSEETMFSDSGIGTDNNSNPDQHVLDKHRRRSVPSVTESDMSSELLETH
PLATSAHGLYSYGKKDKHRKLMNWHFGPHRKRRKKYRFMRQPGRMSPAFVFELDAVIMEL
RALQLENLEDINDITMVMPKATDKELEPKNHLSAIAKLNPNYSSYLRPSYLATVLSNPHS
KTNKHKSGKKKRKEKEEKKKRECFVGEEKNRQDQREQYLSNSGSQETVSCNTSQVASRPS
RLDVNECQETDSSPHDFDPAVSDVVSFSTKVNFPSCTPAFGNKRTEPIVTNDRKQEDADQ
REQTATVVETELSSNRRTPGKVSSKNVRSKRTKAAKSSGTKPSSGIDSKEENVLHSGLDE
QQLSIATNQHDGSGQPTPSAERGSSVLDDGTVHYIADSASIASDCDTVENGESRLSKHSL
NLKVEETSAVTEIAQKATVPHKSQPELGMSSLPEATVPSDAVPANAKSPVKRRRKKRTAR
FTSSKSKAYIKRKLEVLKKKAEDEALLANQQQKEGDMSESGQSNKVGNASAECTIAADVE
NNNILEQKEEVTNTCHPPEMPAEQGKQLPTAPTNCTLSEGSKVLASPLAEETKKKIKAGN
ESVLQKKRTKKPKLDKSRVDATNGCIQGSECCTESVGPCTNDMLVVESDRILSMDKLVDS
VKASIQTGSSGDGRGEPKTTKGKKGASPKLSKGPGSRAEKESHKPEPGPVSAVGALADNI
FDRLKTSSDPAQAHEGSQGTGSATGSGHSQSPKSIVADSRDTVGMQTAGKTNKKQTSKQQ
RGEAKQPKTAGRKRSYKTKAVVEEARDASAGTSASKRSCKVEICLDLVLAGTTDNPSVTP
QQGLSVNSLGSTAQTCQTQSISDTASKQENSAPVSDSTNTERLQDRMLLNSNTPPMDGAV
EINSKTLELETFTVAKNPTKTKTLKVQKKKLQMSKVPKIVLKRTLDTAAVDESSKPLKKR
KLMKEPLVTCADNSLISLPSQPSTSTAPFPTPCMPPSTLNSKSPDKMASSPQPSSASKMK
KVKPQVSICRTTVSLGGPKSPMTVSSSRGCARQQGKKRPFPKKSYWKAGIYSSTFKIDPL
ATPAEEESKDEVTDQAGVAEDEAESSLLPLPILSGSVFWEEEDDFQLPYDLWWLHAHNKL
ANRCDPSKYKKLKNNIYYDVKPICSTQNSCNCRRPKDGIQKGCGDDCLNRMVLSECSPST
CPCGELCCNQRIQKHEWAPGLQRFMTKDRGWGIRTKHPIKGGEFILEYVGEVISVKELWK
RALSDYQYQKHHYYLNLDSGTVIDGYRYGNEGRFVNHSCDPNCEMQKWSVSGMYRIALFA
LRDIEANQELTYDYNFHAFNLETQQECMCGSANCRRTIGGKTQKLNGVVKKETNQGKKTG
KKCGRPVKDKKKLQNQLKKRENVAEQLSALKTLRLRLPRPMSVREMNLIADRRVFLLRNI
EKVKRVREALLKARQGNNSVKVNNPDTNKKDVFMAQFTALKTSRSVKTRRLAAAEVNQEV
TKAARLAQVFKDIYTVVCTYRDANGQSLAIPFMNRPSKKRNQDYYQRIPDPIDLSTIERH
IMSGYYKTVEKFDEHFMRVFRNAEKYHGKKSELGKDAAVLRKAYLKAKVDNAKFFEDILG
EPQKEKEHKEDSKAAKEEEEEEVIRCLCGLFNDEGLMIQCEQCFIWQHCDCIDMKEPAEH
YLCELCQPRPVPKEIGMVPQPKFAQPDQTYYLCLERDKTLTVRQGYCVYLANDNQHRSAD
GSTIKTAAEVMADVNPAELNIFRVEKLWKTESGEKFAFGHHFLRPYETHHTPSRKFFQNE
LFRVPLYEIIKLEIIVGVCCVMDLYTYCKGRPKGTEEKHVYICEYRLDKTAHLFTPISRN
KYPICTKSYAFDKFDKKLMPKRDYSPHHVPEHFKRGYGGRTTCSKDKSEREEGEGQHDRG
GDDSQGASQYATAGGKQQQRSKVKSAKSNASSSADEDQKQKKINKKREKEQSLAARRQME
QQKAERMAGQKDRLNGLLLGLLAKLPSKQPVDLTYLLEEGHGKRRCKRPPHSLDGFF
NT seq 8994 nt   +upstreamnt  +downstreamnt
atggagtctaattttgtgaactgcaacctggacggtaaaagtacaggtccaggcctgatg
gcttcggaggataaggatcaggcgagcttcccggaatttcacgtgcacgccaccaactac
accaagggacaactgaagatgaaattaaaaagcaataagaaagcgggaattatagaggtt
cagcacaaaccggaggaggtcagctcgtcacctgaggtccagactgaacaggagactgaa
gaagggctggataacactgagaaatgcagctctgagtttggagccaagtctagccattca
ggagcaacagagcccaacccaccaccaacacctcctgtcctcagcaccagcaagtcaacc
aaggtgaccaccggaaacccaaccatggagtcgctcatggcgctgaccaatcacgccgac
tctggcgctttcctgccggcaaacagcggaagctcaatgtgcgaaccgatgaactttggc
caggtgggcccgatgggacatgaggggaacaacaacagggttgagggagctgctgatggc
tatgtcaacccttgcgtgagtattggcagccagtcagccagtgatgtagccactgcagag
tacctgcagaagcaggaggaggaagagttgcttcaggcttttgctgactcgacagttgct
cagggaatagcccaggctttggacgtggactcactgacaccgtcgttcgtgtccgagcag
ggttttgaattgagtgtggcagacgtggacctcgagccagaggacagactgcactgccgt
tttgcgcccaagtcggaagcgtcaggcatggagaatgaaaacgtcaacagaactcaggaa
tgtgatcagtcattgctcatggctggaagaacttcggaaaatgcaatagccatggaattg
ccaaccagtgaaatagcccagcagcccgatattcatgttcctccgactggaatacagatg
gtagtagaagttatggaaatggaggatggtcaagacacagcgttggactcttcaaatcct
ccaaatgagacactggattttggataccgctcctactcgcacaattttggagctgacgct
gtcatggagaaggaatcagacttgtcaaatcttaccggtgatgaacaggaggtggacagc
aaagccatttcattggccgtggttgtgtctgaatcccagtacactgtccattcgggttac
agcccaaaagctaagcaaaccacctcaccaaagtcacaaccaaaagccgtaaaagcttgc
caaaagtccaagaaggcaaagtccaaagctaccccctccaaaccgagcccagtgatcgca
gtaaacagttgctctaaatcaccaagtgttgcaaagaccagcactaagtctcctaaatct
agaactgcagatggaccaatggctgaagtggacaaaaggaacactgcgtgttgcaaaaaa
cctgctaaagaacaaaatctcagtagcccaaacaaaactaaattgtctgtccagaaagcc
aaactctccacaagtgttaaagacctgtctcatgttggtccagataaaccaacaaaacca
gctgggagcagaaattccaaagttactacaatacagagtaaaacaggaattggaaaggaa
aaagggatctcagaaattcccaagagaagcattaagtcaaaatcgaagggtagcgaagct
gtggtgaaaccaactaaaacacgaaaaagcaagcagtcattagatgttttggaatcgggt
gcaaaggctaaaggcaaaggcagtaagaaaaagagcaaaagtctgcccatttcagtggac
ctgtccaaagtgaatgtgatggttgcagctgatcatgcagttaagaaaccaaagaaggtt
aagagcaaaagcaaagagaaggacaatgaccccaagttgagttccctcgccattacttct
ccatcttccaagacccaccctgccaccggcaaatcttgtctgtcgcccaaaccaaccaaa
tccaaaccaaagatgaaatccactgcagcagtgccaaaagagaaagccatcagagagaag
acttccaaggcaaagtcgaagaaaaagctggacctgtgtatgagtcccctaccggtcgct
tcacaactccccctgaatacccactcggaaaacagtatccccccagtcttggaaattgcc
accaaaacacctaagaaagtttccaagacaaagaagtctaccaagaagtccaagtcaggg
aaattcaagagttgcaaatctaaagtactgagttctaccattgtgcataccgacggactg
ctccaagtggctactaaactgcacaagagatcaaagacttgtaaaattggtaaaaaagag
aagaaaggcaaaagggttaaaaagcacaaaacgaaagagaagttaaaggagtgtattccc
gaaagactgcatccaccaccggctagactaccactgggtagcacgtctcctctacacatc
ctcattccagatgaggaacccattgcgtcacccttgtcctcacccccctgtcctccaagt
aagggcaagggcaagaaatcaggctctggtgtggcaaggcttatgagcgaatggctcctt
gaaaatggcaatgaagaggatgatgatgaggagactatcatgctccatcagggcaagcag
ctccagagatctccaaagattgacagctccaaatccagcaaaacctgcagtcccaacaaa
gaggcatcagcaccagtctcacccatcagctcctcgtgtcttggaacacccaccaaaatg
ccacacgtctttgccgaacccgtaaaggcgctgcacgaagctgccaagaaaagaccactg
aacgttgatcccatacgtccagagataatggagggctccaaggagaagcagcataaggag
cagacaccctcacctcagagtgccaccacttgcatgagtgaggaaacaatgttcagcgac
agtggcatcgggactgacaacaacagcaatccagatcagcatgtgttggacaagcacagg
cgtcgatcggtaccttctgtcaccgaatcggacatgtcaagcgagctcctggaaactcat
cccctggctacctcagctcatggtctttacagctatggcaagaaagacaagcaccgcaag
ttgatgaactggcattttggtccacataggaagagacggaagaagtaccgcttcatgaga
cagcccggcagaatgagccctgcttttgtgtttgagttggacgccgtcatcatggagtta
cgggcactgcagctggaaaatctggaagatataaatgatatcacaatggtaatgccgaaa
gccactgacaaggagttagaacctaagaatcacctgtcggccattgccaagttgaatcca
aactacagcagttacctaagaccatcttacctggccacagttctcagtaatccccactcc
aaaacaaacaagcacaaatcaggcaagaagaagaggaaggaaaaagaggagaagaagaag
agggagtgttttgttggggaggagaaaaacagacaagaccagagggagcagtacttaagt
aactcaggcagccaagaaaccgtgtcatgcaatacttcccaggttgcctccagaccatcc
agacttgatgtcaatgaatgccaagaaactgattctagccctcatgattttgatcctgca
gtgagtgacgtggtctcattcagcacaaaggtgaactttccttcatgtacaccagccttt
gggaataagagaactgaaccaatcgtcacaaatgataggaaacaggaagatgcagaccaa
agggaacagacagcaactgtggtagaaactgagctgtcttcaaacaggaggacaccaggg
aaagtttcatctaaaaatgtaaggtcaaagaggactaaagctgctaaatccagtggtact
aaaccatcttctggtattgattctaaagaggaaaatgtattgcacagtggactggatgag
cagcaactctccattgcaacaaatcaacatgatggcagtggtcaaccaacaccaagtgct
gaacgtggttcatctgtcctggatgatggaactgttcattacatagcagactctgccagc
atcgccagtgactgtgacactgtggaaaatggagaaagtagactcagtaaacattcactg
aatttaaaagtggaagaaacatctgcagttactgaaattgcccagaaggccactgtgccc
cacaaatcacagccagaacttggcatgtcttcattacccgaagccactgtaccgtctgac
gcagttcccgctaatgcaaagtcacctgtcaagaggcggaggaagaagagaaccgccagg
ttcacttcgtccaaatccaaagcatacataaagaggaagctggaagtgttgaaaaagaag
gctgaagatgaggcacttttggctaaccagcagcagaaagaaggggacatgagcgagtcc
ggtcaaagcaacaaagttgggaatgcatctgccgagtgcactattgctgcagatgttgag
aacaataatatcctagagcagaaagaagaagtcacaaatacatgccacccacctgaaatg
ccggcagaacaaggaaagcaacttcccacagcacccacaaattgcacactgtccgaagga
tcaaaggtcctggcttctccattggctgaagagactaagaagaagatcaaagcagggaat
gagtcagtgctgcagaagaaaagaacgaagaaaccaaaactagacaagagtagggtggat
gctaccaatgggtgcattcagggaagtgaatgttgtaccgaaagtgttggaccgtgtaca
aatgatatgcttgtagtggagtctgatagaatacttagcatggacaaactggtagattct
gtcaaagcctccatccagacaggttcatctggggatggaagaggtgaaccaaagaccacc
aaaggcaaaaagggtgcttccccaaaactctccaaaggccctggtagtagagccgagaaa
gagtcccacaagccagaaccaggccctgtcagtgcggtcggagcattagcagataacatc
tttgataggttgaaaactagcagcgacccagcacaggcacatgaaggatcgcagggaact
ggtagtgccactggcagtggtcattctcagtctcccaaatcaatagtagctgacagtaga
gacacagttggtatgcagacagcaggtaagaccaacaagaagcaaaccagtaagcagcag
aggggtgaggccaagcaacccaaaacagcaggaaggaagagaagctacaagaccaaagca
gtggtagaagaagccagagatgcatccgcaggaacatctgcatccaagaggagctgtaag
gttgagatatgcctggatttggtcctcgcaggtaccacggacaacccttcagtgactcct
caacagggtctcagtgtaaatagcctaggtagcactgcgcaaacatgtcaaacccagtca
atatcagacacagcatctaaacaagagaacagtgccccagtctctgattcaaccaacaca
gagaggcttcaagataggatgctgttgaacagtaataccccacctatggatggtgctgtg
gaaattaactcgaagacactggaattggagacattcacagtggccaaaaatcccaccaag
acgaaaactttgaaggtgcagaagaagaaactgcaaatgagcaaagtgccaaagattgtc
ctaaagagaacgctggacacagcagctgtggatgaatcctccaagccactcaagaagcgc
aaactcatgaaggagcctcttgttacttgtgcagataattcactcatcagtttaccgtca
cagccctccacgagcacagctccattcccaaccccctgcatgcctccctcaactctgaac
agcaaatccccagacaaaatggccagcagcccccagccgtcctctgcctccaagatgaag
aaggtcaaaccccaggtgtcgatctgcagaaccacagtgtccctaggcgggcccaagtct
cccatgacagtctcgtccagtagaggctgtgctcgacaacagggcaagaagaggccattc
cccaagaagagctactggaaagcaggcatctactccagcaccttcaagatagatccactg
gccaccccagcggaagaagagagcaaagatgaggtaaccgatcaagcaggcgtggcagag
gacgaagcagagagcagcttgctccctctaccaattttatctggttccgtattctgggaa
gaagaggatgatttccagttgccctatgacttgtggtggctccacgcacacaacaagcta
gccaacagatgcgatccttcaaagtacaagaagcttaagaacaatatctattatgacgtg
aagcccatatgtagcacgcagaattcgtgtaattgtcgcagacccaaggatggaattcag
aaaggatgtggcgacgactgcctcaacagaatggtcctgagtgaatgctcaccgagcacc
tgtccctgcggggaattgtgctgtaaccagagaatccagaagcatgagtgggcgccagga
ctgcaaagatttatgactaaggatcggggctggggaatccggaccaagcaccccatcaag
ggcggggaattcatcctggaatacgtgggggaggtcatcagcgttaaggagctatggaag
cgagccctgagcgattaccagtaccagaagcaccactactacctcaacctggactcgggt
accgtcatcgacgggtaccggtacggcaatgagggccgctttgtcaatcacagctgtgac
cccaactgcgagatgcagaagtggtcagtcagcgggatgtaccgcatcgctctctttgcc
ctgcgggacatcgaggccaatcaggagctgacgtatgactacaacttccacgccttcaac
ctcgaaacccagcaagagtgcatgtgcgggagtgccaactgcagaaggaccatcgggggc
aagacgcagaaactgaacggcgtggtcaagaaggagactaatcagggcaagaagacgggc
aagaagtgtggccggccagtcaaggacaagaagaagttacagaaccaactcaagaagcgg
gagaacgtggctgaacaactgagtgccttaaagaccctacggctgaggttaccccggccg
atgtctgtccgtgagatgaatctcattgctgacaggcgggtttttcttctgcggaacatc
gagaaggtcaagcgcgtccgagaggcactcttgaaggccaggcaggggaataactccgtt
aaagtcaacaatcccgacaccaataagaaagacgtgttcatggcacagttcaccgccctg
aagacgtcccgctcggtgaagacgcgccgactcgcagcggctgaggtcaaccaagaggtc
acaaaggcggccagacttgcccaggtcttcaaggacatctacacggtggtgtgcacctac
agagatgccaacgggcagagcctggccataccgttcatgaacaggccgtccaagaagagg
aaccaagactactaccagcgtatccccgacccgattgacttgagcaccattgagaggcac
atcatgtctggctactacaagacggtggagaagtttgacgaacacttcatgcgcgtcttc
agaaacgcagagaagtatcatggcaagaagtctgagttgggtaaggatgctgctgtccta
cgcaaggcctacctcaaggccaaggtagacaatgctaagttctttgaagacatcctagga
gaaccacagaaagaaaaagagcacaaagaagacagcaaagcagccaaggaggaagaagag
gaggaggtgattcgctgtctgtgtgggctgttcaacgacgaagggctcatgatacagtgt
gaacagtgctttatatggcagcactgtgactgcattgacatgaaggagcctgccgagcat
tatctctgtgaactctgccagccgcgaccagtacccaaggagatcggcatggtgccccag
cccaagtttgcacagcctgatcagacctactacctgtgcctggaaagagacaagacactg
accgtcagacaaggttactgcgtctaccttgccaacgataaccaacatcgaagtgctgat
gggtccacgatcaagaccgcggctgaagtcatggctgacgtcaaccctgctgagctcaac
atattcagagtagagaaactgtggaagacggaaagcggtgagaagtttgccttcggccat
catttcctgagaccctacgagactcaccacactccctcccggaagttcttccagaatgag
ctcttccgagtcccgctgtatgagatcattaagctggagatcatcgtgggagtctgctgt
gtcatggacctttacacctactgcaaggggaggccaaagggaactgaggagaagcacgtg
tacatctgcgagtaccgcctagacaagaccgctcatctcttcacgcccatcagccggaat
aagtaccccatctgtaccaagtcctacgcctttgacaagtttgacaagaagctgatgccc
aagagagactactcgccacaccatgtaccagagcatttcaagaggggttatggtggccgc
accacgtgcagcaaggacaagtcagagagggaggaaggggaggggcaacacgacagaggg
ggtgacgactctcagggggcatcacagtatgccaccgccggtgggaaacaacagcagagg
agcaaggtcaagtcggctaagagtaacgccagcagcagtgcagacgaggaccaaaagcag
aagaagatcaacaagaagcgggagaaggagcagtccctggccgccaggcgacagatggag
cagcagaaagcggagcggatggctggccagaaggatcggctgaatggcctcctgctggga
ctgcttgccaagctacccagcaagcaacctgttgatctgacctatttattggaggaagga
cacggcaaacgacgctgcaagagaccaccccactcgttggatggattcttctga

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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 (116)   
   KEGG ORTHOLOGY (1)   
   RefGene (112)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (6)   
   Pfam (6)   
All databases (147)   

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