KEGG   Acanthaster planci (crown-of-thorns starfish): 110986848
Entry
110986848         CDS       T05078                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETDB1-like isoform X1
  KO
K11421  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:2.1.1.366]
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
    110986848
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aplc03036]
    110986848
Enzymes [BR:aplc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.366  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
     110986848
Chromosome and associated proteins [BR:aplc03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     110986848
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    110986848
SSDB
Motif
Pfam: Tudor_4 Pre-SET Tudor_5 SET MBD DUF5604
Other DBs
NCBI-GeneID: 110986848
NCBI-ProteinID: XP_022104787
UniProt: A0A8B7ZIE9
Position
Unknown
AA seq 1808 aa
MDESCHWNDHELPAQVEAILSEVWIKLDVDKQLQQAQEKIDEINNGHSEIGEIFDSVEQG
LIDIDSELHPTDANGERSRFYADIADSISKLKNDLQDFHLKIAELGTCKDDTNDGQNSEN
GVVYTCMYSDDSTSQPPSPKCPSDREPEVINSTSEIEKVSRSDANRQQAGSDQQVILSED
VNPRDSVTPSNEHAGSAVSSTLTTCTSEDIVEVIAVSSLTRPTSHQHTPVKEQEVTAKHV
KPVEKPSGNTHSKQPSQAGPSLPEPGSKALRNVKASTSKPHDEVDVIDLCDGDDITPMED
DQDDVIECIQKNPSYHIQDSSVKLTQGTRVLAKKGSTWNNATIVNIIKDNNGQQKFKLKF
DNKGGTVVSGKHISIHSYPPPSRVHVGSRVVAEYETGGRTPHTSLYAGIVAEVPLHINKA
RYLIFFDDGFAQYLGLKKIHLIHEVSNNVWEDVPEDNREFIQEYLEKYPERPMVRLYRDN
WVKTEWNGVWWRAKVAEVDCSLVNMNFPNDGRNEWIYRGSPRLEPLHRELETAKYLRESG
RLIAGSSVSKKRGGPRVEYLRVNPDYLVPESDVLALAEGKISLSKPTTSGSCSHSKGVFT
IRTVDRMPVVQWAVTMLRNWCESHNVSAKFEDLSDVKLAELLERVYREGPRVKPEVYTTY
TLQALRCALSTFLTEPPISRRVDIHRDHTFAKANQALTDSITAQSQDNSSNKKMVAGQLG
ISRRDLVKLLKSGLVCLSNPLGLLRLVWLFMQPFIGRAEGKIKSLDLDLLQKKDVINKLA
ESGLPYYEINSPVLGLSGGHELKIYATGNRFYCPHDAISKYISKLNPECPEFLQQPRIRS
NFKMEMIWFDPRPMNSSSINTMMTDIGAAAKLSRQYNNADIRATSWDSLQEAIQDFTENL
RMGYWRKPPPSQVKKTPVVTTTTTTATGGAEGKLVGQQIAHGKVNKPFSQQPAVCVKPNI
QQGNANKVVRNLYKESASSKQSTAQTDSDDDVIILGTTSSSLTSKGTSKLTSSERLMQIG
RMNIHRTDKAERQQTAKKSTSSLSHHHHHKHRHGSHRHNLQAYDSLKASMQETPRHMQQS
RAEIKHTKMTFVSHQCSQRCVLGLIPDEKRKQKIRKQNPLHVPSMYGWVRRQAKQRGTGR
RHVIYRAPCGRSLRTISEVDRYLTETKMEEICVDAFTFDPFVYTELCKYRISQRPFLQIN
DISKGAEPVPVSLVNEIDNEQPPDVRYIAHRQPEKGSVIITDPEFLICCDCTDNCKDNTK
CACRMLTQKSAEDFPELIKNSSETGYKFRRLYSMVPTGIYECNSKCTCNKQCHNRVAQNG
LSLRLQVFKTDRRGWGLRCLDDISQGAFVCTYAGQLWGAEEANRRGQEYGDEYFAELDHI
EVVENSKEGYESDPMEDEGISDSKESLSTNSSDSDQCLTSDEDYHIGSDESETSSIAVDV
ENDSDYSDDLAKVQSSDSTVTKMVFRRHQFESGSGNMVEGSCWSVAFPEKDSSQSKVEAW
VKSNNLSVSNDCLKASAEEGGIDEATAKIDKDSLDIKIQKRGLSDSLMDFTDRSSRDFAS
DVGYKPVAKKSVGSKRDQVAVKRGGRRDSSNKETDSSTSSIIKYGYNTSPGKVLDKSQID
AFKKRTHTSRLHMRRKSKEASSELTKTASVLSEEDTSGSEYSSIADNKAAKIDSESGTPC
MTEHVEAQPTVNTTSTMTGTGNGKDTEKKTLPIRTRSFFGETSGHVMDAKFIGNLGRYLN
HSCSPNLFVQNVFVDSHDLRFPWVAFFAKKYVRAGSELTWDYNYDVGSVPGKSLICLCGS
HECRGRLL
NT seq 5427 nt   +upstreamnt  +downstreamnt
atggatgagtcttgtcactggaatgatcatgagctgccagctcaggtggaggccattttg
tcagaagtttggattaaacttgatgttgacaaacagcttcaacaagctcaggaaaaaatt
gacgaaattaacaatggccacagtgaaattggtgagatatttgacagtgttgaacaaggg
ctgatagacattgacagtgagcttcacccaacagatgcaaatggagaacgatcaagattt
tatgctgatattgctgactccatttcaaaactgaagaatgatcttcaagattttcatcta
aagatagcggagcttgggacttgcaaagatgatacaaatgatggtcagaacagcgaaaat
ggggtagtgtatacatgcatgtacagtgatgattcaacatcacagccaccatcacctaaa
tgtccatctgatagagagccagaggtcataaactccacctctgaaattgagaaggtgtca
aggagtgatgcaaaccgtcaacaggcgggcagtgatcagcaagtaatcctctcagaggat
gttaatcctcgtgacagtgttacaccaagcaatgaacatgcaggtagtgcagtttcttcc
acactgactacttgtacttcagaagatatagtggaagttattgctgtctcatcactaaca
cgtcctacctcccaccagcatacacctgttaaagaacaggaggtcactgccaaacacgtg
aagccagtagagaaaccatcaggcaacactcattctaaacagccctcacaagcaggacca
agccttcctgagccaggcagcaaagcactgaggaatgtgaaagcgagcacttcaaagcct
catgatgaagttgatgtaattgatttgtgtgatggagatgacattactcccatggaagat
gaccaagatgatgtgatagaatgtattcagaagaatcctagctaccacatacaagatagt
tcagttaagctgacccaaggcaccagagttcttgctaaaaaaggtagcacatggaacaac
gcaactattgtcaacattatcaaggataacaatggacagcaaaagttcaaattgaagttc
gataacaaaggtggaacagtggtgtcagggaaacacatttctattcattcctatcctcct
ccttcaagagtacatgtgggtagtcgtgtcgtagccgagtatgagactggaggtcgtaca
ccacacacctccttgtatgctggcattgtagcagaagtaccactgcatattaacaaggcc
cggtatctcatcttctttgatgatggctttgcacaataccttggcctcaagaagatacat
ttaatccatgaagtcagcaataatgtgtgggaagatgtaccagaagacaacagggagttt
attcaggagtacttggaaaaatatcctgagagacccatggtacggttgtatcgtgataac
tgggtgaaaactgaatggaatggagtgtggtggcgtgctaaggtggcagaagttgattgc
tcattggttaatatgaacttcccaaatgatggacgcaatgaatggatctacagaggatcc
ccgagactggagccacttcacagggaattggagacagccaaatacttgagggaatctggc
cggctcattgcaggaagtagcgtttccaaaaagagaggtggtccccgtgtggaatatttg
agagttaacccggactatcttgtgccagagagtgatgtcctggctttggctgaaggcaag
atatccttatccaagccaacaacaagtggttcgtgttctcattcgaaaggagtgttcacg
ataaggacggtagaccgcatgcctgtagtgcaatgggctgtcaccatgctcaggaattgg
tgtgaaagtcacaatgtttcagccaaatttgaggatctatctgacgtaaagctggctgaa
ctccttgaaagggtctacagagaaggaccaagagtaaaaccagaagtatatacaacttat
acactccaagctctgcgctgtgcattgagcaccttcctcactgagcctcctatcagccgg
agagtggatatccacagggatcatacatttgctaaagccaaccaggcacttacagactcc
attacggctcaatcacaagacaactcatccaacaagaagatggtggcaggtcagctaggg
atcagcagacgagatcttgtcaagttactcaagtcaggcctagtatgtctgagtaatcct
ctgggtctgctgcgattagtctggctttttatgcagcccttcattggcagagctgaaggc
aagataaagtctctggatcttgatctgcttcagaaaaaggatgtgataaacaaacttgcc
gagtcaggtctgccatactatgagatcaattctccagtcttagggttgagtggtggacac
gaactaaagatctatgcaaccggcaatcgtttctattgcccacatgatgccatcagcaaa
tacatctctaaactcaatcccgagtgccccgaattcctgcagcagccaagaattaggagc
aacttcaagatggagatgatatggttcgatcctaggccaatgaattccagctccattaat
acaatgatgactgacattggtgctgctgccaagttgagtagacaatacaacaatgcagat
atcagagctacttcgtgggacagcttacaagaagctattcaagacttcactgaaaacctc
aggatgggttactggagaaaacctccaccatcacaagtaaagaagacaccagtagtcacg
acaacaaccacaactgctacaggaggagcagagggtaaacttgtgggccaacaaatagcc
catggcaaggtcaacaagcctttcagccaacaacctgctgtttgtgtaaagcctaacatt
caacaaggtaatgcaaacaaggtggtgagaaatctttacaaggaatctgcatcctccaaa
cagtctactgcccagacagacagtgatgatgatgttatcatcttagggacaacatcaagt
tcgttgacaagtaaaggaacttccaagttgacaagctcggaacgcctcatgcagattggc
cgtatgaacattcacagaacagataaagcagaaagacagcagacagctaagaagagcact
tctagcctaagtcatcaccatcatcataaacacagacatggtagccatagacacaattta
caggcatatgactccttaaaagccagcatgcaagaaacaccccggcatatgcagcagtct
agagctgaaatcaagcataccaaaatgactttcgtttcccatcagtgcagtcaacggtgt
gtgcttggtttaataccagacgaaaaacggaagcagaaaataagaaagcaaaaccctctt
catgttcctagtatgtatggttgggtgcgacgtcaagcaaagcagagaggtactggtaga
agacacgtcatctatcgtgcgccttgtggtcgtagtttgagaaccatctctgaagttgac
cgttaccttacagaaaccaagatggaggagatttgtgtagatgcattcacctttgatccg
tttgtttacaccgaattgtgtaaatatcgcattagccaacggcctttccttcagatcaat
gatatttccaagggtgctgaaccagtgcctgtatcgttggtaaatgaaatagataatgag
cagccgccagatgtccggtacatagctcatcgccagccagaaaaaggatctgtgattata
actgatccagaatttctcatttgctgcgactgcactgataactgcaaggataatacaaag
tgtgcttgcagaatgctgacccagaaaagtgcagaggattttcctgaacttattaagaat
tccagtgagaccggctacaagtttagacgtctttattcaatggtgccaactggcatctat
gagtgtaacagcaaatgtacctgcaacaagcagtgccacaatagagtggcccaaaatgga
ctaagtctacgtctgcaagttttcaagactgatagacgaggttggggtctgcgttgtttg
gatgatatatcccaaggggcctttgtctgtacatacgcgggtcagctttggggagcagaa
gaagctaatcgaagaggacaggaatatggagatgaatacttcgctgagttggatcacatt
gaggttgtagagaatagcaaggaaggatatgagagtgatccaatggaagatgaaggaatc
tcagactccaaagagtcactatcaactaactcaagtgactcagatcagtgcctgacatct
gatgaagactaccacattggcagtgatgagagtgagacatcatctatagctgtagatgtt
gagaacgattccgattacagtgatgatctggctaaagtgcaaagcagtgattccacagtg
actaagatggtgttccgcaggcatcaatttgagtctgggagtggcaatatggtagaaggc
agctgttggtctgtagcatttcctgagaaagattcatcacagagtaaagtggaagcttgg
gtaaaaagcaacaacctttcagtgagcaacgattgcttaaaggcttcagctgaggagggt
ggaatagatgaggctacagcaaagatagacaaggattcattggatatcaagatacagaag
agaggactgtcagactccttaatggacttcactgacagatccagcagggattttgccagt
gatgtaggctataaacctgtggctaagaaaagtgtaggatcaaagagagatcaagttgca
gtcaagagaggtgggagaagagattcaagtaacaaagaaacagactcctctacatcttca
attattaagtatggttacaacacaagtcctggcaaggttcttgacaaaagccaaatagat
gccttcaagaagcgtactcataccagccgactgcacatgcgcagaaagagtaaagaggca
agtagtgagcttactaaaacagcatcagtgttaagtgaggaggatacatctggtagtgaa
tactcaagcattgcagacaataaagctgccaaaattgacagtgaaagtggaacaccatgc
atgacagagcatgttgaggcacagccaactgtcaacacaacttctactatgacaggtaca
ggaaatggcaaggatacagaaaaaaaaacactgcctatccgaacaaggagcttctttggt
gaaacctcagggcatgtcatggatgcaaagttcataggcaatttaggaagatacctcaat
catagctgcagccctaacctgtttgtacaaaatgtgtttgtagactcacatgatctccgc
ttcccctgggtggctttctttgctaaaaagtatgttcgtgctggatctgagttgacatgg
gattacaactatgatgtcggtagtgtacctggtaaatccctgatttgtttgtgtggatct
catgagtgcagaggaagattactgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (88)   
   KEGG ORTHOLOGY (1)   
   RefGene (84)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (6)   
   Pfam (6)   
All databases (117)   

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