KEGG   Stylophora pistillata (Smooth Cauliflower Coral): 111325641
Entry
111325641         CDS       T05774                                 
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-79 specific-like
  KO
K11427  [histone H3]-lysine79 N-trimethyltransferase [EC:2.1.1.360]
Organism
spis  Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis00310  Lysine degradation
spis01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:spis00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    111325641
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:spis03036]
    111325641
Enzymes [BR:spis01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.360  [histone H3]-lysine79 N-trimethyltransferase
     111325641
Chromosome and associated proteins [BR:spis03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     111325641
   HMT complexes
    Dot1-containing complex
     111325641
SSDB
Motif
Pfam: DOT1 DNA_pol_B_palm
Other DBs
NCBI-GeneID: 111325641
NCBI-ProteinID: XP_022785215
EnsemblRapid: LOC111325641
Position
Unknown
AA seq 1833 aa
MYLNDMAPDLKLHSPAGAEPIVYSWPLQKSDGRDEAAEIVETIRWVCADFPDLKLAVENY
VLREFDSTSYESMSKLCERYNRAIDGILQLWKGCAPPSCINVPPSQELLRHIIQQVYSHS
VRDPDKLNAYEPFSPEVYGETSFELVAQMIKEVPMSPNDLFIDLGSGVGQVVLQVAASGN
IKECYGIEKADIPARYAVEMDREFRKWMQWFGKTYKPYKLVKGDFLEEKMKEKIQSAGIV
FVNNFAFGPDVDHKLKERFASMREGAKIISSKAFCSLNFRTTSRNLSDIGTILRVSELKP
NGRAVSWTGKPVSYFVHVIDRTLLEQYFADLKRRKEGRDYSDASSLSDSMASTPNFEELD
DVLFGVSTRHQWNQLITQIEATNEANKSRSRNSRKSHSKKSVLQERNGIMNSTWQDQEQK
DGNRGHQPTFAQKVRKKYQRQQNKKAQKLKKRIKNNKGKGKQKSKPKKNNSMTKVKLKQM
SKASEKRQRDNLAVTALENATVAALQNLQRRRGQKQGMRISSASPPPVSNNFCIEQFLPA
LEQLMTVTRYQFLHFMCHMNSSEYKENLKRQIEEQKARKKELMGKVSLAEKHVEILQKEA
LGNLRLRMDEIGLTAKTPRELLMKAGELLGEHKKMKDKVKRLEKEVKHLEKHKNYHSPGD
KNSTRDGKLTNGDLDMVQKPGEMQAKEKQSLMTHLYEELKKKKALVEKVNKLQREVEQLD
SKKKVWETASVSSSKTVHTQVKVGTYAKPVTQAVKPITSPFSSNSSAHLNNSRISVGSPA
RSIISSSSVASKATVSMPVPSRTFPTSQAPHCSTQPQIVSAYHPCLLQPVGVPVQMVSFV
DKDGRLIPTTPNSKRTTQKGSNAKKKSKVTSPRKPELNVRLPSSAALLNHQVVKTVVSPS
TPTASLKQSPTVSRPVQPLVTSPVTSVNKSGLSRGAILSPVSLVTSPVTPTPVRQATPIT
SLPASGSGVPAMVSFAQNSLSFVSPLSPLSVASSRLPTSTATPLRSLSASTQKYLNTFAT
QVAATSTTSLPNPSQVNPPVSTSQSPIVGRSFPNTDLSTDHSAGIKLLCDLLNDTLPEQP
PPVATPSAMRSQGTPSSHTSISSTPDTPRVDERSPVNTSPPTPSRTASNSPRTPPVGNVL
VSSFRSGVLSSSEQASSAQRTPTRGATPTTSKKRTSPFTIDSIVSSCQESQTGIKGRSPS
EAEVKTNRSSPKSRNKSPSTNFSIAHITRDMNLPNPTSKSRVPFVTSPGTYSLPPSVSST
DGNQSQRRQSPPLSLLEQSSRVESTGVISSNTTQRDLAPVPVITGPRNVRNDGKSTELPS
KGQKTPSSTTPESIAISDDVSRGALMAGAHTGSTTNATKGGSVNPKGTVLLTGFKEPCRG
SATSKGESVSDEVSSSVSSSVGPGQERESSSTQNQDTAIIPDIPLDMIPLPSGKRPSPKK
ETSSTSLSSRKRSSPVPQVPKSVSPDTEVSSLMAHESLPQSPSISSSVSKAGSAVLDGQA
PVLVDSNPCSARSPIPVVPSLMMQSPLGVSLPSFGSVFSLAKEGEATRATEVTDKNSPQV
SQKPDQSVDQPSEPPKKKRKRKEKKGQNKAKGALSLLVQYDSDSTSSCGTHTESDDNSAH
SSSPVSGTPSPVNAETSTESSRNQSSRALSEPSQEISANNVSQINGPTSKSNDVSATNKK
RPSNGKSPVERKKPKGGNPRSEVRPPLVNLHDTVSSMQQLKSVPSNPQLPPTPSHYQAYE
SQYSPQGIPGYALPGFSIPPGPLNFPTGHSQYPVTIPQYFPGEAHRVGPGYSTAPGGLFP
QWRTSYAPMQCQNPLPPSFNHPSNANNGSNVYR
NT seq 5502 nt   +upstreamnt  +downstreamnt
atgtatttgaacgatatggccccggatttaaagttacacagtcctgccggagcagagcct
attgtctattcgtggcctctacagaaatcggacggacgcgatgaggcagcagagattgtt
gaaaccatcagatgggtttgcgccgattttcctgacctgaaactcgctgtcgagaactat
gttcttcgtgagtttgattcaaccagctacgaaagcatgtccaaactttgtgaacggtac
aatcgagcgatcgacggaattttacagttgtggaaaggatgtgcccctccatcatgtatc
aatgttccaccatctcaagaacttctgcgtcacattatacagcaagtgtacagtcactct
gtcagagatcccgacaagctgaatgcttatgaaccattttctcctgaggtatatggtgaa
acatcatttgaacttgtggctcagatgattaaggaagtgcctatgagtccaaatgattta
tttattgatctaggaagtggtgtgggtcaggttgtattacaagttgcagcatcaggaaat
atcaaggaatgttatggtatagaaaaagcagatattcctgcaagatatgcagtggagatg
gacagggaattccgtaaatggatgcaatggtttgggaaaacttacaaaccctacaagctt
gtgaaaggtgatttcctagaggaaaaaatgaaagaaaagatacaatctgcagggattgtg
tttgtcaacaattttgcctttggaccagatgttgatcataaattgaaggagagatttgca
tcaatgcgagaaggtgccaagatcatttcatccaaagcattttgttccctcaatttcaga
accacctcacgtaatttatcagatattggcactatactgcgggtgtctgaactcaagcca
aatggccgtgcagtgtcttggacaggaaaacctgtttcctattttgttcatgttattgat
aggaccctgcttgaacagtattttgcagacctcaaaagaagaaaggagggtagagactat
agtgatgccagtagcttgagtgactcaatggctagtacaccaaactttgaagaactggat
gatgttctgtttggtgtttcaaccagacaccagtggaatcaactcattacccaaattgaa
gccaccaacgaagcaaataagagccgaagtcgaaattcaaggaaaagccacagcaagaag
agtgtgctgcaggaaaggaatggcattatgaactctacatggcaagatcaagaacagaaa
gatggcaacagaggacatcaaccaacatttgcccagaaggttcgtaagaaataccagagg
caacaaaacaagaaagctcagaagttgaagaagcgtattaagaataacaaaggaaaggga
aagcaaaaatcaaaaccaaagaagaacaattccatgacaaaagtgaagttaaaacagatg
tctaaagcaagtgagaaaaggcaaagggataatctggccgtaacagctttggaaaatgcc
acggtagctgcattgcagaaccttcaaaggaggagagggcaaaagcagggaatgaggatt
tcatcagcatcgccaccacctgtgtcaaacaatttctgcatagaacagtttctcccagct
ttggagcaacttatgactgtcactcggtaccagttccttcattttatgtgccacatgaat
tcctccgaatacaaggaaaatctcaagaggcaaatcgaagaacagaaggcaaggaagaaa
gaattgatgggaaaggtttccctagccgaaaaacacgtggaaatactacaaaaggaagcg
ctgggaaatctcagattacgaatggatgagattggtttgacggcaaagacgcctcgggag
ttacttatgaaagcaggtgagctgttgggcgaacacaagaagatgaaggataaagtaaaa
cggctggaaaaagaagtcaaacatcttgaaaagcacaagaactatcactctcctggtgac
aaaaactctacgagggatggaaaacttaccaatggcgacttggacatggttcagaaaccg
ggtgaaatgcaagctaaagaaaaacagagcttgatgacccacctctacgaagagttgaag
aagaaaaaggctttggttgaaaaggtcaacaaactgcagagggaagtcgaacagctggac
tccaagaaaaaggtctgggagacggccagcgtctcttcttcaaaaactgtacacacgcaa
gttaaagttgggacgtatgcaaaacctgtcacacaagccgttaagccaattacgagccca
ttttcttccaactcaagtgcgcacttgaacaattctagaatctctgtaggctcaccagca
cgtagtataatatcctcatcaagtgtggcgtccaaagctacagtttccatgcctgttcca
tccagaacatttcctacgtcccaggcgccacactgcagtacgcaacctcaaattgtcagc
gcatatcacccttgcttattgcagcctgtaggcgtaccagttcagatggtttcgtttgta
gataaagatggcagactgattcccactacccctaactcaaagaggacgactcaaaaaggg
agcaacgctaaaaagaagtccaaagtgaccagtccaagaaaaccggaactcaacgtgaga
cttccgtcttcagcagcattgttgaaccatcaagttgtaaaaacagttgtttctccgtca
actccaacggcatcactgaagcagtcaccaacagtatctcgcccagtgcaacctcttgtc
acctccccagtaacgtcagtcaataagtcgggtctttccagaggtgcgatcctctcgcct
gtatccttggtgacatcgcctgtgacacccaccccagttcggcaagccactcccattact
tctctaccagcatctggcagtggagttcctgcaatggtttcgtttgctcagaatagtctc
tcgtttgtctctccgttgagtcctctatcagttgcttcatctcgtctaccgacctcaact
gcaacacccctcaggtccctttcggcttctacgcaaaaatacttgaacactttcgcgact
caagtggctgcaacatctacgacatccctgccaaacccatcacaagtgaacccacctgtt
tctaccagtcagtcgcctattgttggcagatcatttccaaacacggacctctcaaccgac
cacagtgctggtataaagcttctctgcgacctgctgaatgatactctccctgagcagcca
ccacctgtagcaacaccttcagcaatgcgatctcaaggaacaccttcctcgcatacttcg
atttcctcaacgcctgacaccccgagggtcgatgaaaggagtcccgtcaacacctcacca
cctactcccagcaggaccgcttccaattcccctaggactcctcccgtaggaaacgttcta
gtaagctcattccgtagtggggtgttgtcctcatcggaacaggcaagctctgctcaacga
actccaacacgtggtgcaactccaacgacaagtaagaagcgaacttccccttttacaatt
gatagcattgtcagctcatgccaagagtcacaaacgggaattaaaggcagaagtccatca
gaagcagaagtgaaaaccaacaggagtagccctaagagcagaaacaagtctccctccaca
aatttcagtattgcacatataactcgcgacatgaacttgccaaacccaacaagtaaatcc
cgtgtgcctttcgtaacaagccctggtacctattctcttcctccatcagtttcttccact
gatggaaatcagagtcagcgacgacaatccccgcctttgtcacttctggagcaaagttcc
cgagttgaatctactggtgtgatctcctcaaacactacccagagggatcttgcccctgtt
cctgtcattacgggaccccgtaatgtacgcaatgatgggaaatctaccgaattgccatca
aaaggacaaaagacaccttcgtcaacgaccccagagtcgatcgcgatctcagacgatgtg
tcgagaggagctcttatggcaggagcacacacaggtagcacaaccaatgccaccaaaggg
ggttccgtgaaccccaaaggaaccgtcctccttactggctttaaggaaccatgccgtggc
tctgcgacgtctaagggtgaaagtgtgtccgatgaagtgtcctcttccgtgtcatcgagt
gtcggcccagggcaggaacgtgaatcatcctcgactcaaaatcaagacactgccatcatc
cctgacattcccctagacatgattcctctccctagcggaaagcgacctagtcctaagaag
gaaacgagctccacttctttgtcaagcaggaagcgcagttctcccgtgcctcaggtaccg
aagtccgtgagccccgacacagaggtcagcagccttatggcgcacgaatctcttccccag
tctccatcaatttcgtcgtctgtttctaaggcggggtcggcggtgttggatggacaagcg
cctgtgttagtagacagcaatccctgttctgctcgtagcccaatccccgtagtaccgtct
ctgatgatgcagtctcctctgggagtgtcgctgccatcatttggaagcgtgttttctctt
gcaaaagaaggtgaagctacgagagcaacggaagtcactgataaaaacagtcctcaagtg
tcccagaagcctgaccagtcggttgaccagccttcagaacctcccaaaaagaaacgcaaa
cgcaaggaaaagaaaggtcagaacaaggcaaaaggggctttgagtttactcgttcagtat
gacagcgacagcacaagttcttgtgggacacacaccgaaagtgacgacaactccgcccac
agcagtagcccggtcagcggtacaccaagtcctgttaacgcagaaacaagtacagagtcc
tctcggaaccagtctagtcgcgctctatcagagccaagtcaagaaatatcagcgaataac
gtttcgcaaataaacgggcctacttcgaagagtaatgacgtgagtgccactaacaagaaa
cgccccagcaatggaaagagtccagtggagaggaagaagccgaaaggaggtaacccacgg
agtgaagttcgtcctcctctggtaaatctccatgacacagtcagcagcatgcagcagtta
aaaagcgtcccatccaatccgcaactgcctccaactccttctcattaccaggcttatgag
agccagtactcgccgcaaggaataccaggctatgctcttcctggtttttctatcccaccc
ggtccacttaactttcccacaggtcactcacagtatccggtgaccattccgcaatacttc
cctggggaagcgcatcgtgtcgggcccggatacagcacagcacccgggggactgttccct
cagtggcggaccagttacgccccaatgcagtgtcagaatccgttgcctccgtcgttcaac
catccaagtaatgcaaataatggaagtaatgtctatagatag

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (26)   

Download RDF
DBGET integrated database retrieval system