KEGG   Astyanax mexicanus (Mexican tetra): 103028156Help
Entry
103028156         CDS       T05042                                 

Definition
(RefSeq) histone-lysine N-methyltransferase SETDB1-A-like
  KO
K11421  histone-lysine N-methyltransferase SETDB1 [EC:2.1.1.43]
Organism
amex  Astyanax mexicanus (Mexican tetra)
Pathway
amex00310  Lysine degradation
Brite
KEGG Orthology (KO) [BR:amex00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    103028156
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:amex03036]
    103028156
Enzymes [BR:amex01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.43  histone-lysine N-methyltransferase
     103028156
Chromosome and associated proteins [BR:amex03036]
 Eukaryotic Type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     103028156
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    103028156
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: SET TUDOR_5 Pre-SET DUF5604 Tudor_4 MBD DUF4537 Tudor-knot
Motif
Other DBs
NCBI-GeneID: 103028156
NCBI-ProteinID: XP_022538725
LinkDB All DBs
Position
23
AA seq 1657 aa AA seqDB search
MNEEEDGELNMTNEELRRWVQSEVEKDEVLVQRRTQLAQVEEWVKQKEIHATYTRTLYNS
ACESVLECESVIKGVYGMLGLEYQDTDSEEEEGAKPKQNVIQIPEDPKRESEDVSADAED
DYVVIDLGAAVPDTTLEKKPTAEELLASLQMSSELSRSSLPCVKTRESPVFICSPLPHDD
TSSTSFRPVSLPTKCERSPSRSPEPSENLLSTIKTRESPVPISSPLSHDDTSSTSFRPIS
LPTKSERSPSRSPEPSNGLLTIKTRESPVPISSPPPSDMAPASFASQVLPIKTENSPSRS
PDLSSSLLSTIKTRESPVPISSGQPSVDLFSEAFNPLSLPTKREHSTPRSPKTSNKSLPN
TTNRESPAFINRVPSPDVSSSPDTTRGPSPMSYASETPPLATPTALESDAENHETIVNET
PVSAKQSSETPQAHPKAVSSSTSSKLLATSTADETTAIVTISASKPVNSDTSSTTVRSAS
TTSSSASPGTTTRSASKPSNIVSPGITTRSVSKPSNSKSPGATTKTADKPSNSVTTSKTV
KSADKPSNSVTSSKTVKPADKPSNSVTSSTATKPADKPSNSVTTSKTAKPADKPSNSVTS
SKTVKPADKPSNSVTSSKTVKPADKPSNSVTSSTTTKPADKPSNSVTSSTTTKPADKPSN
SVTSSTTTNSTPAAKASSSATTVSRPTSSTTASTKSSETKEGTETLNIPVQKEVEVKIDM
EVLARRRTKTWHKATVLDIKETDSGHRYKVKFEGDKGKSMLSGHHLACVNPPLLKDLFVG
SRVVATYKEKDQSWMHAAVITEMPDRKNRMRFMVFFDDGHSTYVSLPDLRLVCKTMKNVF
EDIEDEMCRTEVVEYLKAYPNPIFVVVRVGQESKVERDGEWEDCTINQVDGSLVEICYTN
DKKKEWLYKGSNRLDHIQRIKTRMAEQKPETPTIKVVNTTNQNTTTTTSSKAAAATTSTT
TSSTTATTSSKVTTKSVASTSAPPSVSKASSASSSALMAMAKSASIKRQPKIVLERITFP
MSLSSSTFTVSKTSLPTEPSPSNRGTKRPAPADIYQSTPLPVAGPWLKYVPHRCSPTCLD
QVRPAQKNQHRGQNPLLIPLLHGFRRMTARRRLDGKMSFHVYYRAPCGQSMCEMEEVQDY
LCESRCDFLFLEMFCLDPFVLVKRALLPSSMSSRPHLFLPDFSEGKELVPVSCVNETDAT
RPPPLNYTRHIVCAPGVAINTSLDFMVGCDCTDGCRDRTRCSCHQLTVDATSLFTGGPVD
VNAGYTHKRLTRYVPTGVYECNPLCRCDPWMCSNRLVQHGQQLRLQLFMTQHKGWGIRCM
DDLSKGTFVCIFTGKIVTETMASSDAVQAGNEYLANLDYIEEVEKLKEGYESEAFCSETE
EERDKKTIRRMTTVSSKKHALPTLDCSSDDESTVEKLKKVSAGTLKNTKRDDSEDESDQS
DFSEDLDEDEDYQVSRDEVKFSDGDCQRSYITRRNAKILKSHEKSPKDSYPALPPSISAE
QTEVSSSMAKQMRKEGPGESATGFAKKSTRNFAVKSSHRKVKQQEVPVETPPTKKAALCK
RNTRSLFSNEKACYLIDAKHDGNMGRYINHSCSPNLFVQNVFVDTHDLRFPWVAFFTSKR
IRAGTELTWDYGYEVGSVEGKVVLCCCGSSECTGRLL
NT seq 4974 nt NT seq  +upstreamnt  +downstreamnt
atgaatgaagaggaggatggagagctaaatatgaccaatgaggaactgcggcgctgggtt
cagtcggaggtggagaaggatgaggtgctggtgcagaggcggacacagctggcacaggtg
gaggagtgggtgaagcagaaagagattcatgccacctacacccgtacgctgtacaacagc
gcctgcgagtcagtacttgaatgtgaatcagtaattaagggggtctatggaatgctggga
ttggaatatcaagacacggactcggaagaagaagaaggcgcaaaaccaaagcagaacgtc
atacagatcccagaagatcctaagagagagagtgaagatgtctctgctgatgcagaggat
gattatgttgtcattgatttgggtgctgcagttccagatacaacattagagaagaagcca
acagctgaagagctgttggccagccttcaaatgtcttctgagctctcccgtagttcccta
ccatgtgtcaagaccagagagtcccctgtttttatttgtagtcctttaccacatgacgac
acatcttctacatctttcagacccgtcagtttaccaacaaagtgtgaacgtagcccttct
agaagtccagaaccatccgaaaatttgttatcaaccatcaagactagggagtctcctgta
cccattagtagtcctttatcacatgatgacacatcttctacatctttcagacccatcagt
ttaccaacaaagagtgaacgtagcccttctagaagtccagaaccatcaaacggtttatta
accatcaagaccagggagtcccctgtacctattagtagcccgccacccagtgatatggca
cctgcatcctttgcatcacaagttttaccaataaagacagagaacagcccttctagaagt
ccagatctctctagcagtttattgtcaaccatcaagaccagagagtccccagtaccaatt
agtagtggtcaaccatctgttgatttgttttctgaagccttcaatcctttgtctttgcca
acaaagagggaacatagcactcctagaagtccaaaaacatctaacaaatcattgccaaac
accacaaacagagaatctcctgcatttattaatagggttccatcacctgatgtctcaagt
tctccagatactaccagaggcccgtcacccatgagttatgctagtgaaactcctccattg
gctacgcctactgcattagagagtgatgcagagaatcatgaaactatagtcaacgagaca
cctgtttccgcaaaacaaagcagtgaaactcctcaagcacatcctaaggcagtctctagc
agtacaagctccaaattactagcaacaagcactgctgatgaaaccacagcaattgttacg
atatccgccagcaagcctgtaaacagtgacacttccagcaccacagtaagatctgccagc
acaacgtcaagtagcgcatctccaggtaccacgacgagatctgccagcaagccatcaaat
atcgtatctccaggtatcacaacgaggtcagtcagcaagccgtcaaacagtaaatctcca
ggtgccacgaccaaaactgcagacaagccttcaaacagtgtgactaccagtaaaacagtg
aaatctgctgacaagccctcaaacagtgtgacttctagcaaaacagtgaaacctgcagac
aagccctcaaacagtgtaacgtctagcaccgcaacaaaacctgctgacaagccctcaaac
agtgtgactaccagtaaaacagcgaaacctgctgacaagccctcaaacagtgtgacttct
agcaaaacagtgaaacctgctgacaagccttcaaacagtgtgacttctagcaaaacagtg
aaacctgcagacaagccctcaaacagtgtaacgtccagcaccacaacaaaacctgctgac
aagccttcaaacagtgtaacgtctagcaccacaacaaaacctgctgacaagccctcaaac
agtgtaacttccagcaccacaaccaactcaacccccgctgctaaagcatcttcctcagct
actacagtcagccgtccaacttctagtacaactgcttctactaagtcttcagaaactaaa
gaagggactgagaccctaaatattcctgttcagaaggaggtggaggtcaaaattgacatg
gaagtacttgcaaggcgaaggaccaaaacgtggcataaagccacagttttagatatcaaa
gaaacagattctgggcacagatataaagtcaagtttgagggcgataaaggaaaaagtatg
ttatctggtcatcacttagcatgtgtgaaccctcctctgctgaaggatttgtttgttggt
tctcgagtggtggccacctataaagagaaagaccagtcttggatgcatgcggctgtaata
acagagatgccagaccgcaagaaccgtatgagattcatggtgttttttgatgatggccat
tcaacctacgtttccctgccagaccttcgtctggtctgcaaaacaatgaagaatgtgttc
gaggacattgaggatgagatgtgtcgtacagaggtggtggaatacctgaaagcatatcca
aaccccatctttgtggtggtgcgggtaggacaggagagcaaagtggagcgtgatggtgag
tgggaagactgcactatcaatcaagtggatggaagcctggtcgagatctgctacacaaac
gataaaaagaaggagtggttgtataaaggttcaaataggttggatcacatccaaagaatc
aagacgcgaatggctgagcaaaaaccagaaacacctactatcaaagttgtaaataccaca
aatcagaacacaaccaccaccacctcttctaaagctgctgccgctaccaccagcaccacc
accagcagcaccactgctaccacatcttcaaaagtcaccacaaaaagtgttgcctcaaca
tctgctcctccgagtgtctccaaagcttcttctgcaagttcttctgcgttaatggctatg
gcaaagtctgcttccataaaacgtcagcctaaaattgtccttgaaagaattacttttccc
atgtcattatcctcatcaacgttcactgtatcgaaaaccagcctaccaacagaacccagt
ccgtcaaacagaggcacaaagcgacctgctcctgcagacatttaccaaagcactcctctc
ccggttgctgggccttggttgaagtatgtgcctcatcgctgctccccgacctgtctggac
caggtaaggccagcacagaagaaccaacatcgcggccaaaaccccctgctcatccctctt
ctgcatggctttcgacggatgactgctagaagacgcctggatggaaaaatgtcctttcac
gtctactaccgtgctccttgtgggcagagtatgtgtgagatggaggaggtgcaggactac
ctgtgtgagtcacggtgtgacttcctcttcttggagatgttctgcttggatccttttgtg
ctggtgaaaagagctctgctcccttcctccatgagcagccgaccgcatttgttcttgccc
gacttctcagaggggaaggagttggtccctgtgtcgtgtgttaatgagactgacgccacc
cggccgccccctctgaactacaccagacacatagtgtgtgcccctggtgtcgccatcaac
accagcctggacttcatggtgggctgtgactgcactgatggctgccgagacaggacaagg
tgttcctgtcaccagctgacagttgatgccacatcgttgttcactggtggtccggtagac
gtaaatgctggatacacacacaaacgactaacaagatacgtgcccactggtgtgtatgag
tgtaatccgctctgtcgctgtgacccatggatgtgcagtaacaggcttgtgcagcacggt
caacagctgcgtctgcagctcttcatgactcagcacaaaggctggggcatccgctgcatg
gatgatctttcgaagggaacgtttgtatgcatttttacaggcaaaatagtaacagagacc
atggctagctcggatgctgttcaggctggcaatgagtacttggctaaccttgattacatt
gaggaagtggaaaaattaaaggagggctatgaaagcgaagccttttgctctgaaactgaa
gaagagcgcgacaagaaaactatcagacggatgacgactgtatcgtcaaagaagcatgct
ctgccaacgttggactgtagcagtgatgatgaatcaactgttgaaaagctgaagaaggtc
agtgcgggaactctgaaaaacactaaacgagatgattcagaggatgagagtgaccagtca
gatttttctgaagacctggatgaggatgaggattaccaagtaagccgggatgaagtaaag
ttctcagacggcgactgccagaggagctacatcacacggaggaacgccaagattctgaag
agtcatgaaaaatcccccaaggacagctatcctgctctgcctcctagcatttcagcagaa
caaacggaagtgtcctcatctatggccaaacagatgaggaaagagggcccgggggagtct
gcaacagggtttgccaagaagtccactcgcaattttgcagtgaagtccagccaccgaaag
gtgaagcagcaagaggtgcccgtggagactccgccaacaaagaaggcagcactctgtaaa
agaaacacccgcagcctgttcagtaacgagaaggcctgttaccttattgatgccaagcat
gacggcaacatgggacgctatatcaatcatagctgcagtcccaacttgtttgtccagaat
gtatttgtggacacacatgacctccgtttcccttgggttgcattctttaccagcaagcgg
atcagggctgggactgaactgacatgggattatggctatgaagtgggcagtgtggaagga
aaggtggtgctttgctgctgcggctcgtctgagtgcacagggaggctactctga

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