KEGG   Athene cunicularia (burrowing owl): 113485968
Entry
113485968         CDS       T05777                                 
Symbol
SETD1B
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
acun  Athene cunicularia (burrowing owl)
Pathway
acun00310  Lysine degradation
acun01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acun00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    113485968 (SETD1B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:acun03036]
    113485968 (SETD1B)
Enzymes [BR:acun01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     113485968 (SETD1B)
Chromosome and associated proteins [BR:acun03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     113485968 (SETD1B)
   HMT complexes
    COMPASS/SET1 complex
     113485968 (SETD1B)
    COMPASS/SET1 complex (yeast)
     113485968 (SETD1B)
SSDB
Motif
Pfam: N-SET SET RRM_1 RRM_5
Other DBs
NCBI-GeneID: 113485968
NCBI-ProteinID: XP_026715255
Position
15
AA seq 1977 aa
MENSTQASTSVEKRNHHWRSYKLIIDPALKKGQHKLYRYDGQHFSMPNSGIAPVDCVRDP
RIGRIWTKTKELELSVPKFKIDEFYVGPVPPKQVTFAKLNDNIRENFLTDMCKKYGEVEE
VEILYNPKNKKHLGIAKVIFATVKGAREAVQHLHNTSVMGNIIHVELDTKGETRMRFYEL
LVNGLYTPQTLPVGTEQDVSPTVNETLQLTDSLKRLKDSNLSSAGSSVTPNSSTPFSHDT
AYSSCRQDTPNSYSQFTPQSQGTPHTPRLGTPFSQDSTYSSRQTTPVYHFGQDSGYKPRR
HETKFTDAYNRRPGHHYVHNAAGVYRGTEHQFSTYKSHQQEPVQFSHTPPLSHSSSSSYK
SAFSPYQAPAVFPQSDEQQFPQTSRETEYRRPAPPPTEMVVESSAATNIDFVPMKEKQEE
PPPLPDSNSVPEPSTASFSQTPERSETPGTPTMESEMQHNSLDSRIEMLLKEQRTKLPFL
NEHDSDNEIRMEGSPISSSSSQLSPIPMYGSNSQPGYRGQTPSSRPSSTGLEDISPTPLP
DSDDDEPIPGTASLSQNSRGTSEASMTPIDQLSRTSKIETSEGKEMVPGDQTPTSEKMDE
GQHSSGEDMEISDDETNPAPITSAECAKTIVVNSSVSNTAVMAPSIPPLPPPGFPPLPPP
PPPQPGFPMPPPLPPPPPPTHPAVTVPPPPLPAPPGVPPPHILPPLPPFHPGMFPVMQVD
MISVLGNQWGGMPMSFQMQTQMLSRMMQAQNTYQYPPFMTGRMQFVNLPPYRPFSMGAAL
GRGQQWPPLPKFDPSVPPPGYEPKKEDPHKATVDGVLLVIVKELKAIMKRDLNRKMVEVV
AFRAFDDWWDKKERLAKASLTPVKSGGELEEKPKPKDRITSCLLENWNKGEGLGYEGIGL
GIGLRGAIRLPSFKVKRKEPPEAASAGDQKRIRPSTSVDDEDEESERDRDASDTTSDLSK
KDAEAVGLRRRPARPLELDSEGEEGDETSGKEEESSSEKEEEQEEEGGLVKAAPGKEEEE
DEEEDDDEEDEDDDEEDDEDEDDDEEETGIDTSDKEEEQDSEEDVASPSSSKAEVESSDE
SEDSSEFESSSDSDDEDEDEDDDDEDEEEEEVAEDQDREAMVAETEHEPAGHELPDDERE
TILELYPVDDYMDATGLGLVEPALAVKDEGMEEIKAGEGECGEVPEASIAAETLKHLVME
RDQETKLALSPICRPEEETEPTTMLEPEVQEGPKPESQDEEAALCLSTPVGVFGEPLANK
SSFFSKSDDSSLEARVKTKLLSGAEEDDRLPRTPGREVMIHSETDTLLLPAHKVPSSMLP
LPSTPGKEESLVPPEKFPEQLMVTKTSVEEEIPRTPGRDILAKSSHPLAKSQSTETVPAT
PGSDAPLTGSSLTLSSPQVPGSPFSYPSQSPGINSGIPRTPGRDFNFTPTFPEAGATIPC
LLSGKKPSEDELDEKPFKEPLGASLTISMNSVPSPIPFASPPQADFHTDMGLPPDEPIPV
AALPCMHGDGRMPIEECKADVKSVLLSPEVPTGASILPPPPPPSVLPKRRPGRPKRSPPS
VLSLDVYSGKTIEPPPVPVALVDSAVGKELLSGHPDAFYGLKDPEAVTLDFRNDGFHEKI
ATETVAEKLPFKELENQWNEDFKEEEAHAKPKRQWRRQKKTPEDLPVIPSPEYSPPRPQF
RPRSEFEEMTILYDIWNGGIDEEDIKFMCITYDRLLQQDNGMDWLNDTLWVFHPSTSFST
PKKKKRDDGMREHVTGCARSEGYYKIDKKDKLKYLNNSRAFAEEPPADTQGMSIPAQPHA
STRAGSERRSEQRRLLSSFTGSCDSDLLKFNQLKFRKKKLKFCKSHIHDWGLFAMEPIAA
DEMVIEYVGQNIRQVIADMREKRYEDEGIGSSYMFRVDHDTIIDATKCGNFARFINHSCN
PNCYAKVITVESQKKIVIYSKQHINVNEEITYDYKFPIEDVKIPCLCGSENCRGTLN
NT seq 5934 nt   +upstreamnt  +downstreamnt
atggagaacagcacgcaagccagcacttctgtcgagaaaagaaatcaccattggagaagt
tacaagttgattattgacccggctctgaaaaaaggacagcacaaactctaccgttacgat
gggcaacatttcagcatgcctaactccggaatcgctcctgtggattgtgtcagggatccc
agaatagggcgaatatggaccaaaactaaggagttggagctgtctgtccccaaattcaag
attgatgaattttacgtggggccagtgcctcccaagcaggtcacctttgccaagctgaac
gacaacatccgtgaaaactttttgaccgacatgtgcaagaaatacggcgaagtggaagag
gtggagattctctacaacccgaagaacaagaagcacctgggcatcgccaaagtgatcttt
gccactgtcaagggtgcccgggaggccgtccagcaccttcacaacacctctgtcatgggc
aacatcatccacgtggagctggatacgaaaggtgaaacccgcatgcgattctatgaactg
ctcgttaatggtctctacactcctcagacccttcctgtaggcaccgaacaggatgtatcg
ccaactgtgaatgaaactctccagttgacagattccctgaagcgcctgaaagacagtaac
ctttcttctgcgggatcatctgttaccccaaacagtagcacgccgttttcccatgacaca
gcctattccagctgtcggcaagacaccccaaactcctacagccagttcaccccacagtcc
caaggaacacctcacaccccacggttagggacgccgttttcccaggattctacctattct
agtcgtcagacaacgcctgtgtaccattttgggcaggacagtgggtacaaacccaggaga
catgaaacaaaatttacggatgcctacaaccgtcgcccgggacatcactatgttcataac
gcagcaggtgtttaccgagggacggagcatcagtttagtacgtacaaatcccatcagcag
gagccagttcagttctctcacactcctcccttgagccactctagttcttcgagctacaaa
tctgctttctctccctaccaagcaccagctgtatttccccagtctgatgagcagcagttt
ccccagacttccagggaaactgagtaccgaagacctgcgccacctcccactgagatggtt
gtggaaagcagcgctgccactaacatcgattttgtcccgatgaaggagaaacaggaggag
cctccgcccttgcccgattcgaactctgttcctgaaccgagcacagcgtccttctctcag
actccagagagaagcgagacccctggcacccccaccatggagtcagaaatgcaacataac
agtttagactcaaggattgagatgctcttaaaagagcagagaacaaagttaccctttctt
aacgagcatgactcggataacgagatccgaatggaaggtagccctatttcctcttcctct
tcccagctctctcccatcccaatgtatggttcgaactctcagcctggttacagaggtcag
acgccttcctcacgcccttccagcacaggcttggaggacatcagcccgacgccgttacct
gactctgacgacgacgagcccatccctgggacggcttctctgagtcagaattcccggggg
acgtcggaggccagcatgactcccatcgatcagctgagcaggacctccaaaattgagacc
tcggagggtaaagaaatggtgcctggtgaccagactccaacgtcagaaaaaatggacgag
ggtcagcattcttcaggggaggacatggagatctctgacgatgagaccaatcctgcaccc
atcaccagtgcagaatgtgccaaaaccattgtggtgaactcctctgtcagcaacacggcc
gtgatggccccgtcgatcccccccctgccaccaccgggattccctcctcttcctcctccg
ccacctccacagccaggcttcccgatgcctccacctctacctccaccacccccacccact
caccctgctgtcactgtccccccgcctccactccctgccccccctggggtccctccgcct
catatcttgcctccgcttcctccgttccatcctggcatgttccctgtcatgcaagtggat
atgataagtgtcttgggcaaccagtggggtggcatgccaatgtccttccagatgcaaact
cagatgctgagccgcatgatgcaggcacaaaacacataccagtatccgcctttcatgacg
ggtcggatgcagtttgtgaatcttccgccataccgccctttctccatgggagcagctctt
ggtcgtggacagcagtggccaccactgcccaagtttgacccctcagttccaccgccgggt
tatgagccgaagaaggaagatccccacaaagccactgtggatggagtcctcctggtcata
gtgaaggagttaaaggctatcatgaaaagggacctgaaccggaagatggttgaagtggtg
gcgtttcgggcatttgatgactggtgggacaagaaggaacgtctggcaaaggcgtctctc
actccagtgaagtctggaggagaactggaggaaaaaccaaagccgaaggatcgaatcacc
tcatgtcttttggagaattggaacaaaggagaaggcctgggatacgagggaattggcttg
ggcattgggttacgaggggccatccggttgccatccttcaaggtgaaaagaaaggagcca
cctgaagctgcctcagcaggagatcagaagagaatccggccttctacttctgtcgatgat
gaagatgaagagtcggagagagacagagatgcttctgatacaacatctgacctgtcaaag
aaggatgcagaagcagtggggctgaggcggcgaccagcaaggccgctggagctcgacagt
gagggagaagagggagatgagacatcagggaaagaggaagagtcttcctcagagaaggaa
gaggagcaggaagaagagggaggcttggtgaaagcagcacctggcaaggaggaagaggag
gatgaggaggaggatgatgatgaggaggatgaagatgatgatgaagaggatgacgaggat
gaagatgatgacgaggaggagacaggcatagacacaagtgacaaggaggaggagcaggac
tccgaggaggatgtagcaagtccctcgtcgtccaaggctgaagttgaatcatctgatgaa
agtgaggactcctctgaatttgagtcaagttcagactcagatgatgaagatgaggatgag
gatgatgatgatgaagatgaggaggaggaagaggtggctgaagatcaagatagagaagcc
atggttgctgagactgagcatgaacctgctggtcatgagcttcctgatgatgagagggag
accattttggagctgtatcctgtggatgactacatggatgcaacaggcttgggactcgtg
gagccagctttggcagtgaaagatgaaggcatggaagaaatcaaggcaggggaaggtgaa
tgtggtgaagtcccagaggcatctattgctgctgaaacactgaaacacttggttatggaa
agagaccaggagacaaaacttgcgttgtctcccatctgcaggccagaggaagaaaccgaa
cccactaccatgctggagccagaggtgcaggaaggtcctaagcctgaatctcaagatgag
gaggcggcgctctgtctctcgactccagtgggagtctttggagaacctctggccaataaa
agcagcttctttagcaagtctgatgacagcagcttagaagctcgtgttaaaacaaaactg
ctctctggagcagaggaggacgaccggctgcctcgcacgcctggacgggaggtgatgatc
cattcagagactgatactcttttgctcccagcccacaaggtgccatcctccatgcttccc
ttaccatcaactcccggcaaggaagaatctttagtccctccagaaaagttccctgaacag
ttaatggtgaccaaaacgtccgtggaagaggagattcctaggactcctgggcgagacatt
ttggccaagtcttcacacccccttgcgaagtcacagagcacggaaactgttccagccacg
ccaggaagcgacgctccccttacgggaagcagcttgaccctcagttcccctcaagtccca
gggagccccttttcctacccatcccaatctcctggcattaacagtggcattcctcggact
cctgggagagatttcaatttcacgcctactttcccagaggctggtgctaccattccttgc
cttctgtctggcaagaaaccgtcagaggatgagctagatgagaaaccctttaaagaacct
cttggtgcttcccttacgatcagcatgaacagtgttccttcccctatcccctttgccagc
cccccacaagcagatttccacacggacatgggtttgccacctgatgagccaatacctgta
gcagccctgccatgcatgcatggagatggaagaatgcccattgaggaatgcaaggcagat
gtaaaatctgttttgctctcaccagaagtacccactggtgcttctattcttcctccccca
ccaccaccttctgttcttcccaaaaggaggccaggtcggccaaaacggtcgccaccttct
gtcctctcgttggatgtgtattcgggcaaaaccatagagcctcctcctgtgccagtggcc
ttggtggatagtgctgtgggcaaagagctcttgagtggacatcctgatgctttctatgga
ctgaaagaccctgaagccgtcaccctggacttcaggaatgacggtttccatgagaaaata
gcaactgagacagttgcagagaaactgccatttaaggaactggagaaccagtggaatgaa
gacttcaaggaagaagaagctcacgcgaaacctaaaagacagtggcgaaggcagaagaag
acacctgaggacctcccagtgattccttcccctgagtattccccaccccggcctcagttc
aggccacgctccgagtttgaggagatgaccattttgtatgatatttggaacggaggcata
gatgaggaagatatcaaattcatgtgtatcacatatgaccgcttgttacagcaggacaat
ggtatggactggctcaatgacaccctgtgggtattccatccttctactagcttttctact
cccaagaaaaagaagcgggatgatgggatgcgggagcatgtgacaggctgtgcacgaagt
gaaggctattacaaaattgataagaaggacaaacttaaatacctcaacaatagccgagct
tttgcagaggagcctccagctgacacgcagggtatgagcatccctgcccaacctcatgct
tccacccgggctggctccgagaggcggtcagagcaacgcaggctcctctcctccttcact
ggtagctgtgacagtgacctgctcaagttcaaccagctcaagttccggaagaaaaaacta
aaattctgcaagagccacattcatgactggggcctttttgctatggagcccattgcagct
gatgagatggtgattgagtacgtgggtcagaacatcaggcaggtcattgctgacatgcgt
gaaaagcgatacgaggacgaaggcatcggaagcagttacatgttcagagtcgaccacgac
accatcatcgatgccacgaaatgtggaaacttcgccaggtttattaatcacagctgcaat
ccaaactgttatgctaaagtgatcacggtggagtctcaaaagaagattgtcatctactcc
aaacagcacatcaatgtgaatgaggaaattacctatgactacaagtttccaattgaggat
gtaaaaatcccatgtctatgtggctctgagaactgcaggggaaccctgaactga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system