KEGG   Danio rerio (zebrafish): 571274
Entry
571274            CDS       T01004                                 
Symbol
setd1bb
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B isoform X1
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
dre  Danio rerio (zebrafish)
Pathway
dre00310  Lysine degradation
dre01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dre00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    571274 (setd1bb)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dre03036]
    571274 (setd1bb)
Enzymes [BR:dre01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     571274 (setd1bb)
Chromosome and associated proteins [BR:dre03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     571274 (setd1bb)
   HMT complexes
    COMPASS/SET1 complex
     571274 (setd1bb)
    COMPASS/SET1 complex (yeast)
     571274 (setd1bb)
SSDB
Motif
Pfam: SET N-SET RRM_1
Other DBs
NCBI-GeneID: 571274
NCBI-ProteinID: XP_009302386
ZFIN: ZDB-GENE-080522-1
Ensembl: ENSDARG00000077244
UniProt: A0A8M3BBX9
Position
8:complement(34744261..34761719)
AA seq 1859 aa
MCESVEKEGQRKVNDDLIINDSFHPLEDAAPNWSCYKLIIDPGLTSGSQKVYRYDGQHFS
EPHPECFPVDVVRDPRITRFWAKFKNADLPVPKLKVDEYYVGAPKELTFARLNDNIRDGF
LSEMCKCFGEIQDLKVFYNPKNKKHLGLAKVVFESVKAANNAVKNLHKTSVMGNNIHVEL
DPKGLKRHRYFQMIVNGLYTPFTLPVEEEAWGPQSPSSITDSLIECESLKKLTYTLSSSS
SICNGSPSLDCSTPLSMDTAYSSMHQDTPSSFWQTPQYQDTPRTPSVTHSRPGTPSQCER
TPNESTLINTGPIVPFIQQSTLNISHFQPGQPAINKPSTIQHAVQNFWMLSGTPSHNGIF
SNRQRTPGGNSHPSNHVRGGHRVRPLESKYQNAYNRRPQHRHYIHRPVYRRGHYHRALAT
NQVTLNRFQETPTTPLYSDKLTGRNFTDSIKGLCVNHISVVEDPLSLPYSEKLPEKTNNH
IHPDIEKNVYASENTLTQTASPVPSKTTYDVNQNHYPSQAQSSHSYVPKLCSSPETTEDI
SEPTVECPSPEFPAPESKPDSLDTRIQMLLSAGSPVLPLLNQDSSDSESTEENDHHQRSS
RAPSPTQSLTTGVSLNYDDISSVVRDTSSYPRENLSGMEDVNPTALYDVAEDKHELPSPK
KPLSKMPSSTIVNPNEDQDTSDQPSSIPVICTNRSTSTPPMSEIPPPPMPSVHYPFLPGY
SLPTSSCSLYPPSIIKQVCRRSNWPTSLAPLPIPTRITQGQTSLSPSFLPQSFSFMTHRP
PYPSPGCSSTMLRYRPPWPPPPPIPRFDPSVPPPGYVPIKESPHKATVDGVLAVVASELR
AIVKKDIHRRMIEIMAFKAFDQWWDDKEQAAKVSAPAVKSVGNKDIKLRVMEQSLRLGTA
GGEGCILDSGKIKSLHGAIKLPSFKRKGPSGQGSTDVKRICPSPGPEHSEDEESEQQTAP
DCVDETTVLNASEDTMVKRRHSRPLALDSEEEDDEENSEKAEDPKPEQVHACDRVDIKKV
TKDQTSDPCVIVDDEDTDTETLSHSNSSASKSQGYDSLASPRSASHYSACSPSVIDSPVS
SRPVFVSSDDRSDESSSVSSAEDDQSDGQSSPETPREDRRVVETIWISSDEDDDENQETL
HTPVFLPSPHSEEDLQPPVTPSAPDSIESDVDNDFFDLDPAQMEDPEEELSVRVYMQGLK
LPEPLRYTLQDPVKHCLTNKLKLPDPVIFFSDQESELPSPPSPTYRGLSDDLETQYTTDS
EDQRVIMEALEDPVHLRPITPTGFLSDSDPDIEMGRKFSPPAIEEVDLPHTPGRCLELED
DENNILPPGPPTPLPPPPSPTGIKELPSSPLYYGIPLLSSYPGYEEIPKTPGRVNDPGFV
FHSERITPPQEPSRTLESPCNPFLSSFADSGIPRTPGRDMSLSPPVLNHRERHVQHRELL
KYGQRHRNSDFAQSDVQTNNFSKNNSHTPRSDTARLKRRRERLKKRQRMIELQRSRRCTD
LNTHSSLQVSSATTKPTNQSLEPLDRVSNIRTEESNNSQQIETQRLSESSYVRRDSSLTP
HLIFTPRSKRREKLVLHAVWTKGVNEEEIRHLKASYERLVVEDNEYDWLRRTRWIPHPPT
STSDDRPRRWLDGVRNHLTGCARSEGYYFISKREKLQYLCNERTVSEEFTADSQGKSVSA
QVSHSSRSGSELRAEQRRLLSSFSCDSDLLKFNQLKFRKKRLRFGKSRIHDWGLFAEEPI
AADEMIIEYVGQSIRQVIADMRERRYETEGIGSSYLFRVDHDTIIDATKCGNLARFINHS
CNPNCYAKVITVEAQKKIVIYSRQPITVNEEITYDYKFPIEDEKIPCLCAAENCRGTLN
NT seq 5580 nt   +upstreamnt  +downstreamnt
atgtgcgaaagcgtcgaaaaggagggtcaacggaaagttaacgatgatttgataattaac
gacagcttccatcccttggaagatgcagctccaaactggagttgttataaactgattatt
gatccgggtttgaccagcggaagtcagaaagtgtaccgatatgatggacagcacttcagc
gaaccccatcctgaatgttttccggtggatgttgtacgagatccaagaattactcgtttt
tgggcaaaatttaaaaacgcagatcttccagtccccaaactcaaggttgatgagtattat
gtcggagcacctaaggagttgacatttgcaagacttaatgacaacatcagagatggattc
ctatctgaaatgtgtaaatgctttggagagattcaagatttgaaagttttttataatcca
aagaacaagaaacatttaggactagcaaaggttgtttttgaatctgtaaaagcagcaaat
aatgcagtaaaaaatctccacaaaacttctgtgatgggaaacaacattcatgtggagctt
gaccctaaaggcttgaagaggcatcgatacttccagatgattgttaatggtttatataca
ccttttactctccctgttgaagaagaggcctgggggccgcagtcaccatcttccatcaca
gactccttaattgagtgtgaatcactaaagaagctcacatatacattgtcctcctcatcc
tcaatatgtaatggctccccttctttggattgttctactcctttatctatggataccgcc
tactccagcatgcatcaggacactcccagtagcttctggcaaacacctcaataccaagac
actcctcgcaccccttctgtgacccacagtagaccaggcacaccatctcagtgtgagagg
actccaaatgaatctacactgataaacactggccccattgtcccttttattcaacaatcc
accctgaacatctcacattttcagcctggtcaaccagctataaataaacctagcactatt
caacatgctgtgcaaaacttttggatgctaagtgggactccctctcataacggcatcttc
tcaaataggcagagaaccccaggtggcaattctcatcctagtaatcatgtacggggagga
catcgagtcagacctctcgaaagcaagtaccaaaatgcatacaaccggaggccacaacac
cgccactatatacacagacctgtgtatcggagaggtcactaccaccgtgcacttgctaca
aatcaagtcactttgaacagatttcaggaaactccaaccacacctttatattcagataag
ctcacaggccgaaattttaccgactcaatcaagggcctctgtgttaatcacatatctgtt
gttgaagatccactatctcttccttactcagagaaactgcctgagaagactaataatcac
attcatcctgatatagagaaaaatgtgtatgcttcggaaaatactttaactcaaactgct
tcaccggtacctagcaagacaacttacgatgtgaaccaaaatcattatccatcacaagcc
cagtcttctcactcatatgtcccaaaactgtgctcttctcctgaaacaactgaagatatt
tcagagcccacagttgagtgtccttctcctgaatttcctgctccagagtcaaaacctgac
agtctggacactcgcatccagatgcttttaagtgctggtagtccagttctgcctcttctg
aaccaagacagttcagactcagagtctactgaagagaatgatcatcatcagcgctcgtcc
agagcccccagccccactcagtcactgaccactggtgtttctttaaattatgatgatata
tcctctgttgttagagatactagttcctatcccagagaaaatttatctggaatggaggat
gtgaatcccactgcattgtatgatgtggcagaagacaaacatgaacttccgtcaccaaag
aagcccttatccaagatgccctccagcaccattgtcaatccaaatgaagatcaagatact
tcagaccagccgtctagtataccagtgatctgcaccaacaggagcacttcaacacctcct
atgtctgaaatacccccacctccaatgccatctgttcactacccctttttacctgggtac
tctctgcctacatcttcttgctcattgtatcctccttcaatcatcaagcaagtctgcagg
cgatcaaactggccgactagtttggcgcctcttcctattccaactagaataacacaaggg
caaacctcattgtcaccctctttcctccctcagtccttcagctttatgactcatcgtcca
ccttacccttctcctggatgttcatctactatgttgaggtacaggccaccctggcctcct
cctccccccattcccaggtttgacccttcagtgcccccaccagggtacgtccccataaaa
gagtcaccacataaggccacagttgatggagttctggctgtagttgcttctgaactgcgg
gccatcgtgaagaaagacatacatcgcaggatgattgagattatggccttcaaagcattt
gatcagtggtgggatgacaaagaacaggcagccaaggtatctgccccagctgttaaatcg
gtgggaaataaagacattaaactcagagtgatggagcagagcctgagattagggactgct
gggggtgaaggctgtatactggactcaggaaaaataaagagtctacatggtgccattaaa
ttgccatcgtttaagaggaagggtccatcaggtcagggctccacagatgttaaaaggata
tgtccttctcctggtcctgaacactctgaagatgaagagtcagagcagcaaacagcccca
gattgtgttgatgaaactacagtcttaaatgccagtgaagacaccatggtcaaacgaagg
cattccaggcctttagccttagatagtgaagaggaggatgatgaagagaattcagagaag
gcggaggatccaaaaccagaacaagttcatgcatgtgatcgggttgacattaaaaaagtt
actaaagaccagacgagtgatccctgtgttatcgttgatgatgaagatacagatactgaa
actctcagccattcaaattcatctgcttctaaaagccaaggatacgactctttagcctct
cccagaagtgcctctcactactcagcttgttctccgtctgttatcgactccccagtttcc
tctagacctgtctttgtctcctcagatgacagaagcgacgagtcctcatctgtgtcttct
gctgaggatgatcagtcagatggtcaaagttctcctgaaactcctcgtgaggacagaagg
gtagtagagactatatggatttcttcagatgaggatgatgatgaaaaccaagagactctt
cacactcctgttttcttaccttcaccgcactcggaagaagatctccaaccccctgtgacc
ccatcagctccagattcaatcgaaagtgatgtagacaatgacttttttgatttggatcca
gctcaaatggaagacccagaggaagaactgagtgtacgagtgtatatgcagggactaaaa
ctgcctgagcctctcagatacaccttacaggaccctgtgaaacactgtttgacaaacaaa
ctgaagcttccagaccctgtgatattcttctcagatcaggaatcagagctgccaagccca
ccttctcctacatacagaggattatcagatgatttggagacccagtacactacagactca
gaggaccagagagtcatcatggaagcgctggaggatcccgtgcacctcagacccatcaca
cccactggattcttgtccgacagtgaccctgacatagagatgggacggaaattttctcct
ccggccatcgaggaggtagatctgccacacactcctggtagatgtctggaactagaggat
gatgaaaataacattctaccaccaggtccaccgacaccactaccacctcctccatctcct
acaggcataaaagaacttccatcctcacccctttactacggtattcctctcctgtcatca
tatcctggatatgaggaaatcccaaaaacaccaggcagagtcaatgatccaggttttgtt
tttcactctgaaagaataacaccaccacaagagccttcacgaacactggaaagcccctgc
aatccctttctgtcttcttttgctgacagcgggattccaaggaccccagggagagacatg
tctctgtctccacctgtgctaaaccacagagaaagacatgttcaacacagagagctgttg
aaatatggacagcgtcatcgtaacagtgattttgcacagtcagacgtacaaacaaacaat
tttagtaaaaataatagtcacacacctcgttcagacacggcacgcttgaaaaggcgacga
gagcgtcttaaaaaaagacaacgaatgattgaattacaacggtcaagacgatgcactgat
ctaaatactcattcatctttacaagtgagtagtgcgacaacaaaacctacaaatcaaagt
ttggagcctttggacagagtctcaaacatcaggacagaagaatcaaacaatagtcagcag
attgagactcaaaggctttcagagtcgtcctatgtgaggagagattcctcattgactcct
catcttatcttcactccacgctctaagagaagagagaagttggtccttcatgctgtgtgg
actaaaggagtgaatgaagaggagatccggcacctgaaggcctcctatgagaggcttgtg
gtggaggataacgaatatgattggttgagacgaactcgctggatcccacatcctccaacc
agcacttctgacgacaggccgagaagatggttggatggggtcaggaatcatttgacaggt
tgtgcacgcagtgagggttattacttcatcagcaagagggaaaagctgcagtatctctgt
aatgagcgcactgtttcagaagagtttactgcagattctcagggaaagagtgtttcagca
caggtttcacattcatccagatcaggctctgaactcagagcagaacagcgccgcctgttg
tcctcattcagctgtgacagtgacctcctgaaattcaaccagctcaagttccgcaaaaag
aggctccgttttggcaagagtcgtattcatgactgggggctttttgcggaggagcccatt
gctgcagatgaaatgataattgaatatgtgggccagagtattcggcaggtaatagcagac
atgcgtgaaaggcgttatgaaactgaaggcattggaagcagctatcttttccgggtggac
cacgacaccatcattgatgcaaccaagtgtggtaatctggcaagattcatcaaccacagt
tgcaatccaaactgctatgccaaagtcatcactgtagaggctcagaagaagattgtcatc
tactcacgacaacctatcactgtaaatgaagagatcacttacgattacaaatttcctatt
gaggatgagaaaatcccctgtctgtgtgctgcggagaactgtagaggaaccctcaactag

  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 (77)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (107)   

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