KEGG   Sinocyclocheilus anshuiensis: 107689688
Entry
107689688         CDS       T04917                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B-like
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh00310  Lysine degradation
sanh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107689688
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sanh03036]
    107689688
Enzymes [BR:sanh01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     107689688
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107689688
   HMT complexes
    COMPASS/SET1 complex
     107689688
    COMPASS/SET1 complex (yeast)
     107689688
SSDB
Motif
Pfam: N-SET SET RRM_1
Other DBs
NCBI-GeneID: 107689688
NCBI-ProteinID: XP_016343294
Position
Unknown
AA seq 2097 aa
MDPDSVADTQRTLSLQWKSYKLVQDPAIRRVAQKIYRYDGVHFSVPDSGFPPVGDLRDPR
PRRIWSRHTELSLPVPKFKLDEYYVGPIPLKEVTFARLNDNIKEPFLAEMCAKFGEVEEM
EILFHPKTRKHLGLARVLFTSTRGAKDTVKHLHNTSLMGNIVHVQLDIKGQQRMKYYELI
VSGSYTPQTVPTGGKTLTEKFQPPAPTQPDTSSDIRRRLSTDQMAAPAAPLNSGGSTTPC
SVDTGFGDQRLDTPPSSLGGPYTPGSSASSQGGGTPCTPRSGTPFSQDSGYSVGRHGGYS
STQSYSQQDMLPSSSCSSSAVSSSSGFKPPRFHDDLHAPPPQEPSVFHRGRLGYPPTTPF
RPSEPPYPYPSVGGSGMHMPLHPPMPPPGPQFEPPPLSDRERDRDRERGQRDRDRERDSG
GRCEGGISSRRSSYHFQQDTNSSSTSKSYHSHHSHHADRREDRDGRGYRRDSSGSRSGDH
GRHRNHHHSHNHHSSSGGGSSRRRSSRDREWERDKEGEFNSSDPRYGGHSNSSHHSSNSL
SPPSATSYGGYSSSKDLSPYDTPSSSRLEPSPAFLPQPSTGERSFGIGGSMDNDYRAHSQ
HTPLAPPPPPPPLPPASVIAAAVAETLSSLDFGQDSPIREEQWTKPKRYPSTPPHPPRTP
PTSSPPHASIPSSSTSPSSTSLPHHLPSSTASLSPPPPQRDSSPEPDSTNESLPFMHHSS
SLDSRIEMLLKEQKAKFSFLASDDEDDEKEEDREREKTGENADNGGNKLREENRERPSHK
RPGEMEGSQHRRRGEKDGRRSRGKRQGGGVGEGRKTPPEVASSTPATHSLVSESLQGQMP
PPQEEHTTSDSHRAPHTPPTYNGEAQSSNSSTAPPGEVPPTSEYPPSFHLHSIPPPHAPP
HHPHHPYMDQDGNVATHYDQDHRYIPPHLPYAYPDPHAAQLPHHHAIPPPQSPWAPHLLP
QQFPSHYPPPGFGTMPGVDGELYGAAGDQMAIMGHNPYEAVVQQVLAALIEEMKSIMQRD
LNRKMVENVAFGTFDEWWDRKEQKAKPFQTAMRGVAVVREEDKKDEKTSNRPREPLMSLV
DWAKSGGMEGFSLRGALRLPSFKVKRKDPQELVEGGELKRARPSTPPDEEDEDSYQGKSA
DTSARRTEERRVADRGAARRRSRAKARKPYDLDSEGEETSDGSSSEKEEDEDSDKLDESE
DEALSADSDDESISSSSSESSSPSSSALSSSSDEEDEEDGEQAAESESLDTMDESTMDSM
AAIDAEKDGRDKASIDQSSVTAAEVKQEEEKMVTAVPPSSPYPRPSSPILLLPPLKKRHK
TVSFSMEESEVKPSILSSSSPTPVSQASDVPTSASPGSMSTATAPAAASKPVPMLLPFAS
RPSESNALTSPASPSAVLTVPPPVRSLRPDEPKKGPGLPPSPLTPTAKNSSKRGKDSPRT
PPAPVCLTVQNLPLDHASLVKVAYEDPVPISTTQKGRARGRARALSQSASAPHLHPALEE
EDEEELEQRLKLREQLGVSSLLQLASAPKPDLSVLADVALKMDPEADIDSEETETSDEAE
EHKLEEEEGDFFAPHPRQPLPDPEGLFVLQEHNYSKTPAPLHLTSPQKRTKQDPTVLLPA
DLNQHGVQEAPEEVIGEALAARGEAPELYGDLSGMGLLCDSRDTAETQTKTLGPPHKRRG
SISKEMEMEKRGKGKSKKRSRKDKENEELQISKKQKEKQIKKQRKRKLEEYEEDVDVEQL
ESGELSSSDSGDSDLGLERSVEFEKEEVRKSERLFLQEAGLTPSTQRRPKHMPTPAPVPQ
LSYKNRSEFEQMTILYDIWNTGLDQEDMRLLKSTYEKLLQDDHGTDWLNDTHWVPHTMTN
IPNPRRKKKTADRQLREHVTGCARSEGYYPISRKEKDVYLELDQPVTVQEAGDYDTAGSN
RLLSERRSEQRRLLSAIGTPAVMDSDLLKLNQLKFRKKKLRFGRSRIHEWGLFAMEPIAA
DEMVIEYVGQSIRQMVADNREKRYAQEGIGSSYLFRVDHDTIIDATKCGNLARFINHCCT
PNCYAKVITIESQKKIVIYSKLPIGVNEEITYDYKFPIEENKIPCLCGTENCRGTLN
NT seq 6294 nt   +upstreamnt  +downstreamnt
atggatccggacagtgtggcggacactcagcgaactctcagtctgcaatggaagagctat
aagctagtacaagaccctgctatccgacgggttgctcagaaaatttacagatatgatggg
gttcactttagtgtaccggattcaggattcccacctgtgggggacttgcgtgatccaaga
ccccgcagaatctggtctagacacacagagctgtcactgccagtgcccaaattcaagttg
gacgagtattatgtaggtcctataccacttaaggaagtgacttttgcgaggttgaatgat
aacatcaaagagcctttcctggcagagatgtgcgccaagtttggtgaggttgaggaaatg
gagattctgtttcatcccaagacacggaagcacttgggcttagcccgcgtccttttcacc
agcactagaggggccaaagacactgtcaaacacctgcacaatacttctctcatgggaaac
attgtccatgtccagctagatatcaaaggccaacagaggatgaagtactatgaattgata
gtgagtggctcatacacccctcagacagtgccgactggaggcaaaactctcactgaaaaa
ttccagcccccagccccgactcagccagatacatcgtctgatatccggcggaggctctcc
acagaccagatggcagctcccgctgcacctctaaactctggcggcagcaccaccccatgt
tctgtggacactggatttggagaccagcgcctagacacccctccatcctctctgggagga
ccctatacgccaggttcctctgcttcttcacagggcggcggcaccccttgcactcctcgc
tctggaacccctttctcccaggactcgggatactctgtgggcaggcacggtggctatagc
agcactcaaagttattcccagcaggatatgcttccatcttcctcctgctcctcttcagca
gtctcctcatcatcaggattcaagccccctcgttttcatgatgacttacatgctccacct
ccgcaagaaccctccgtgttccacaggggtcggctgggatatcctccaacaacgcccttt
agacctagcgagcctccctatccgtatcccagtgttggaggttcaggaatgcacatgccg
ctgcatccacccatgccacctccagggcctcagtttgagccacctccgctgtccgacaga
gagagagaccgagatagagaaaggggacagagggatagggatcgcgagagagactcagga
gggcgctgtgaaggcgggataagctctcgacgttcctcttaccacttccaacaggataca
aactcctcgtccacctccaaatcctaccattcacatcactcacatcatgctgatcggcgg
gaggacagggacggcaggggctaccggcgcgacagctcaggctcccgctcgggagatcat
ggaaggcatcggaaccaccatcactcccacaaccaccacagcagcagtggaggtggatcg
agccggcggaggagcagcagagatcgggaatgggagcgagacaaagaaggagaatttaac
agctctgatccacgttacggaggccactcaaactccagccaccactcatccaacagcctc
tcccctccctctgccacctcttatggaggatactcgtcgtctaaagacctgtccccctac
gacacaccttcttcctcccggctagagccctcgccagctttcctaccacagccgagtaca
ggcgagaggagttttgggattggaggaagcatggacaatgactaccgtgctcattctcag
cacacgcccctggcgccaccgcctccacctcctcccctcccgccggcctccgtcatcgca
gccgctgtggctgaaacgctcagctctcttgattttggtcaggacagtcccatccgagaa
gaacagtggaccaaacccaaacgctatcccagcaccccgccccatccacctcggacacct
ccaacctcctcgccacctcacgcctcaatcccgtcatcctccacctccccatcctccacc
tccctgcctcaccacctcccctcttcgacagcatccctctctccgccgcctccacagcgt
gactcctccccggagcctgactccaccaatgagagcctgccattcatgcatcacagtagc
agcttggactcgcgtattgagatgttgctgaaggaacaaaaagccaagttttccttcctt
gcctcagatgatgaggacgatgagaaggaggaggacagagagagagaaaaaacaggtgag
aatgcagacaatgggggaaacaaactcagagaggagaaccgtgaaaggcctagtcacaag
agaccaggagagatggagggaagccaacataggagaagaggagagaaagatggacgccgc
agcaggggcaaaaggcaaggtggtggagtgggtgaaggcaggaaaacgcctccagaggtg
gcctcttccactcccgctacgcacagtttagtgtcagagtctcttcagggccaaatgccg
ccgcctcaggaggagcacacaacctctgactcacacagggctccacacacaccacccacc
tacaatggagaggcacagtcctccaacagctctacggcaccccctggagaagtcccgccc
acctctgaatatcccccatcatttcacctccattcaataccccctccgcatgcacctccg
caccacccacaccacccatacatggaccaagacgggaatgttgccacccactatgaccaa
gaccaccgctacatcccccctcacttaccatacgcctacccagaccctcacgctgcacag
cttccacaccatcatgccatcccacctccccagagcccctgggctcctcacctacttccc
cagcagtttccttcccactatcctccacctggcttcggcacaatgcctggcgtagatgga
gagctgtacggagcagcaggtgaccagatggccataatgggccacaacccctacgaggca
gtagtgcagcaggtgctggcagctttgatcgaggagatgaagagcatcatgcagagggac
ctgaaccgcaagatggtggagaatgtcgcctttggcaccttcgacgagtggtgggaccgc
aaggaacagaaagctaagccattccagacagccatgcggggagttgcagttgtgcgcgag
gaggacaagaaagacgagaagacgagcaaccgacctcgggagccactcatgtctctggta
gactgggccaagagtggaggcatggagggtttctccctgcggggggccttgcgtttgcct
tcttttaaggtgaagaggaaggatcctcaggaacttgtcgagggtggtgagctgaagaga
gccaggccttccactccacccgatgaggaagatgaggactcgtatcaggggaaatctgcc
gacacttctgcaagaagaacagaggaaaggcgtgtagcagacagaggagcagccaggaga
aggagcagagccaaggcgcgcaaaccatacgatctggacagcgagggagaagaaacatca
gatggttcctcctctgagaaggaggaggatgaagacagtgacaaactggatgagtcagaa
gatgaagcccttagcgcagacagtgatgacgaaagcatttcctcctcctcttctgagagc
tcatcaccatcatcctcagcattgtcctcttcttccgatgaggaagatgaagaagacggt
gaacaggccgctgagagtgagtcattggacacaatggatgagtctacaatggacagcatg
gcggctatagatgcagaaaaggatggaagggacaaagcaagcattgaccaatcatcagtg
actgctgcagaggtcaaacaagaagaagagaaaatggttacagctgtgcctccatcttct
ccgtatccccgtccttcttcacccattctcctccttcccccactcaagaaacggcacaaa
actgtttctttctcaatggaagagagcgaggtcaagccctccattctgtcatcatcttct
cccactcctgtctcacaagcctcagatgttcctacttccgcttctcccggaagcatgtcc
acagcaactgctccagccgccgcctccaagcccgtcccgatgctccttccgtttgcttct
cgtcccagcgagagtaacgcccttacctcccctgcttccccttctgccgttcttaccgtc
cctccgccggtgcgttccctgcggcctgatgagcccaaaaagggtccaggtctccctcca
tccccactaactcccactgccaaaaactcctccaaacgtggcaaagactctcccagaaca
cccccggcgcccgtctgcctcactgtccagaaccttccgctggaccatgcctccttggtc
aaagtggcctacgaggaccccgttcccatttcaaccacgcagaagggtcgtgcacgtggt
cgtgctcgggcactcagccagtcggcttccgcccctcatctgcatcccgctctggaggaa
gaggatgaagaggagctggagcagcggctgaaactcagggagcagctgggagtgtccagc
ctgctgcagctggcctctgcccccaagcctgacctgtcagtgctggctgatgtggcgctg
aaaatggacccggaggcagatattgactctgaagaaacggagacctccgatgaggcagag
gagcacaagcttgaggaagaagagggagacttcttcgccccacacccacgccaaccactc
ccggatccagagggtctgttcgtcctgcaggagcacaactattctaaaactcctgctcct
ctgcacctcacatctccacagaagaggacgaaacaggaccccacagtcctgctccctgcc
gacctcaaccagcacggtgttcaggaagcccctgaagaggtcatcggggaagcgctagcc
gcaagaggagaggctccagagctatacggggacctttctgggatgggcctgctgtgcgac
tccagggacacggctgagacgcagaccaagacactcggcccaccacacaagaggagagga
tcaattagcaaagagatggagatggaaaagagggggaaagggaagagcaagaagagaagt
aggaaggacaaagaaaatgaggaactgcaaatctctaagaagcagaaggagaaacagatc
aagaaacagaggaaaaggaagttagaggaatatgaagaagatgtggatgtggaacagttg
gagtctggtgagctttccagctctgactcgggagactctgacttaggtctggagagatcg
gtagagtttgaaaaggaagaggttagaaagagcgaacgacttttcctgcaggaagctggc
ttgaccccctcgactcagcgacggcccaaacacatgcccacaccagctcccgtaccacag
ctctcttacaagaaccgtagcgagtttgagcagatgaccatcctgtatgacatctggaac
actggcctggaccaggaagatatgaggctcctgaagagcacctacgagaaactgttgcaa
gatgatcatggcaccgactggctcaacgacacacactgggttcctcataccatgaccaac
atccccaacccccggcggaagaagaagacagcagataggcagctaagagagcatgtcacg
ggctgtgctcgtagtgaaggctactatcccatcagccgcaaggagaaagacgtctacctt
gagctagaccagccagtgactgtgcaggaagctggtgactatgatactgcaggctcgaat
cgtctgctctcagaaaggcgctccgagcagcggcgtctcctcagtgctattggcactcca
gcagtgatggactccgacctgttgaaactgaaccagctgaagttccgtaagaagaaactg
aggtttggccgcagccgtatccatgaatggggcctgtttgccatggaacccatcgctgca
gatgagatggtcattgaatatgtgggacagagtatcagacagatggttgctgataatcgg
gagaagcgatatgcccaagaaggcatcgggagtagctacctattccgtgtcgatcatgac
actatcattgacgccaccaagtgtggcaacttggctcggtttattaaccactgctgcacg
cccaactgctacgccaaagtgatcaccattgagtcccagaagaagatagtcatatactcc
aagctgcccatcggtgtgaacgaggagatcacgtatgattacaagttccccattgaagag
aacaaaatcccatgtctgtgtggcacggagaactgcagaggaaccctcaactaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

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