KEGG   Empidonax traillii (willow flycatcher): 114055005
Entry
114055005         CDS       T05887                                 
Symbol
SETD1B
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
etl  Empidonax traillii (willow flycatcher)
Pathway
etl00310  Lysine degradation
etl01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:etl00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    114055005 (SETD1B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:etl03036]
    114055005 (SETD1B)
Enzymes [BR:etl01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     114055005 (SETD1B)
Chromosome and associated proteins [BR:etl03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     114055005 (SETD1B)
   HMT complexes
    COMPASS/SET1 complex
     114055005 (SETD1B)
    COMPASS/SET1 complex (yeast)
     114055005 (SETD1B)
SSDB
Motif
Pfam: N-SET SET RRM_1 RRM_5
Other DBs
NCBI-GeneID: 114055005
NCBI-ProteinID: XP_027734482
Position
Unknown
AA seq 2031 aa
MEAALPLAAPAALPRPQPMARPLAEPPRPRAPGRPRHAPAALRPAPRPPSAGGWINGMEN
STQASTSVEKRNHHWRSYKLIIDPALKKGQHKLYRYDGQHFSMPNSGIAPVDCVRDPRIG
RIWTKTKELELSVPKFKIDEFYVGPVPPKQVTFAKLNDNIRENFLADMCKKYGEVEEVEI
LYNPKNKKHLGIAKVIFATVKGAREAVQHLHNTSVMGNIIHVELDTKGETRMRFYELLVN
GLYTPQTLPVGTEQDVSPTGNEALQLTDSLKRLKDSNLSSTGSSVTPNSSTPFSHDTAYS
SCRQDTPNSYSQFTPQSQGTPHTPRLGTPFSQDSTYSSRQTTPVYHFGQDSGYKPRRHET
KFTDAYNRRPGHQHHYVHNSAGVFRGTEHQFSTYKSHQQEPVQFSHTPPLSHSSSSSYKS
AFSPYQPPAVFPQSDEQQFPQTSREAEYRRPAPPPTEMVVESSAAPSIDFVPVKEKPEEP
PPLPDSNSVPEPSTASFSQTPERSETPGTPTMESEMQHNSLDSRIEMLLKEQRTKLPFLN
EHDSDNEIRMEGSPISSSSSQLSPIPTYGSNSQPGFRGQTPSSRPSSTGLEDISPTPLPD
SDDDEPIPGTASLSQNSRGTSEASMTPIDQLSRTSKIETSEAKEMVPGDQTPTSEKMDEG
QHSSGEDMEISDDETNPAPITSAECAKTIVVNSSVSNTAVMAPSIPPLPPPGFPPLPPPP
PPQPGFPMPPPLPPPPPPTHPAVTVPPPPLPAPPGVPPPHILPPLPPFHPGMFPVMQVDM
ISVLGNQWGGMPMSFQMQTQMLSRMMQAQNTYQYPPFMTGRMQFVNLPPYRPFSMGAALA
RGQQWPPLPKFDPSVPPPGYEPKKEDPHKATVDGVLLVIVKELKAIMKRDLNRKMVEVVA
FRAFDDWWDKKERLAKASLTPVKSGGEVEEKPKPKDRIASCLLENWNKGEGLGYEAIGLG
IGLRGAIRLPSFKVKRKEPPEAASAGDQKRIRPSTSVDDEDEESERDRDASDATSDLSKK
DGEAVGLRRRPARPLELDSEGEEGDETSGKEEESSSEKEEEQEEEGALVKAAPGKEEEEE
EEDEDDEDEDDDDEDEDDEEETGIDTSDKEEEQDSEEDVASPSSSKAEVESSDESEDSSE
FESSSDSDDDDEDDDDDEDEEEEEEEEMAEDQDREAMVAETEHEPAGPEIPDDQRETILE
LYAVDDYMDATGLGLAEPVLAAKDEGHEEIKAGENECGQIPGASLAAETLKHLVMERDQE
TKLALSPICGPEEESEPTSMLEPEVQEGPKPESPDEEVTLCVSTPGEVFGEPLPNKSSFF
GKSDDSSSEARAKPKLPSAAEEDERLPRTPGREVMIHSESDTLLLPAHKVPSSMLPLPST
PGKEESLVPPEKFPEQLMVTKTSVEEEIPRTPGRDILAKSSHPLAKSQSTDTVPATPGSD
APLTGSSLTLSSPQVPGSPFSYPSQSPGINSGIPRTPGRDFNFTPTFPEAGATIPCLLSG
KKQSEDELDEKPFKEPLGASLTISMNSVPSPIPFASPPQADFHMDMGLPPDEPIPVAALP
CMHGDGRMPLEECKAEVKSGLLSPEVPPGASILPPPPPPSVLPKRRPGRPRRSPPSVLSL
DVYSGKPIEPPPVPVALVEGPVGKELLSGHPDAYYGLKDPEAVPLDFRNDGFHEKIAAET
VAEKLPFKELENQWNEDFKEEEAKPKRQWRRQKKTSEDLPVIPSPEYSPPRPQFRPRSEF
EEMTILYDIWNGGIDEEDIKFMCITYDRLLQQDNGMDWLNDTLWVFHPSTSFSTPKKKKR
DDGMREHVTGCARSEGYYKIDKKDKLKYLNNSRAFAEEPPADTQGMSIPAQPHASTRAGS
ERRSEQRRLLSSFTGSCDSDLLKFNQLKFRKKKLKFCKSHIHDWGLFAMEPIAADEMVIE
YVGQNIRQVIADMREKRYEDEGIGSSYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAK
VITVESQKKIVIYSKQHINVNEEITYDYKFPIEDVKIPCLCGSENCRGTLN
NT seq 6096 nt   +upstreamnt  +downstreamnt
atggaagccgcgctcccattggctgcgcccgccgcgctgccccggccgcagccaatggcg
cggccgctcgcggagccgccgcggccccgcgccccgggacggccgcgccatgcgcccgcc
gcgctccgcccggccccgcgcccgccgagcgccgggggttggatcaacggaatggagaac
agcacgcaagccagcacttctgtcgagaaaagaaatcaccattggagaagttacaagttg
attattgacccggctctgaaaaaaggacagcacaaactctaccgttacgatgggcaacat
ttcagcatgcctaactcgggaatcgctcctgtggattgtgtcagggatcccagaataggg
cgaatatggaccaaaactaaggagttggagctgtctgtccccaaattcaagattgatgaa
ttttacgtggggccagtgcctcccaagcaggtcacctttgccaagctgaacgacaacatc
cgcgaaaactttctggccgacatgtgcaagaaatacggcgaagtggaagaggtggagatt
ctctacaaccccaagaacaagaagcacctgggcatcgccaaagtcatctttgccactgtc
aagggtgcccgggaggctgtccagcaccttcacaacacctccgtcatggggaacatcatc
cacgtggagctggatacaaaaggtgaaacccgcatgcgattctacgaactgctcgttaat
ggtctttacactcctcagaccctccctgtaggcaccgaacaggacgtgtccccaactggg
aatgaagctctccagttgacggattccctgaagcgcctgaaagacagtaacctttcttcc
acgggctcctctgtgaccccaaacagcagcacgcccttctcccacgacacagcctattcc
agctgtcggcaggacaccccgaactcgtacagccaattcaccccgcagtcccaaggaaca
cctcacaccccacggctagggacgcccttttcccaggattccacctattccagccgccag
accacgcctgtgtaccattttgggcaggacagcgggtacaaacccaggagacacgaaaca
aaatttacggatgcgtacaaccgccgcccgggacatcaacaccactacgtgcacaactcg
gcgggcgtgttccgaggcacggagcatcagttcagcacgtacaaatcccatcagcaggag
ccagttcagttctctcacactcctcccctgagccactctagttcttcgagctacaaatct
gccttctctccctaccaaccaccagctgtatttccccagtccgacgagcagcagtttccc
cagacttccagggaagcagagtaccggagacctgcgccccctcccactgagatggttgtg
gaaagcagtgctgcccctagcatcgattttgtcccagtgaaggagaaaccagaggagcct
ccgcccttgcccgactcgaactctgttcctgaaccgagcacagcatccttctctcagact
ccagagaggagcgagacccctggcacccccaccatggagtctgaaatgcagcataacagt
ttagactcaaggattgagatgctcttaaaagagcagagaacaaagttaccctttcttaac
gagcacgactcggataacgagatccgaatggaaggtagcccaatttcctcctcttcttcc
cagctctctcccatcccaacgtacggttcgaactctcagcccggtttcagggggcagacg
ccttcctcacggccttccagcacgggcttggaggacatcagcccaacgccgttacctgac
tctgacgacgacgagcccatccctgggacagcttccctgagtcagaattcccgggggaca
tcggaggccagcatgactcccattgatcagctgagcaggacctccaaaattgagacctcg
gaggctaaagagatggtgcctggtgaccagactccaacgtcagaaaaaatggacgagggt
cagcattcctcaggggaggacatggagatctctgacgacgagaccaacccagcgcccatc
accagtgcggaatgtgccaaaaccattgtggtgaactcctccgtcagcaacacggccgtg
atggccccgtcgatccccccgctgccaccaccgggattccctcctcttcctcccccgcct
cctccccaaccgggcttcccgatgcctccaccgctgcctccgccacctcctcccacccac
cccgcggtcaccgtgcccccgccgccgctcccggcgcctcccggggtccccccgccacac
atcctgcctccgctccctcccttccatcccggcatgttccctgtcatgcaggtggatatg
ataagtgtcctgggcaaccagtggggcggcatgccgatgtccttccagatgcaaactcag
atgctgagccgcatgatgcaggcacagaacacgtaccagtatccccctttcatgacgggc
cggatgcagtttgtgaacctccctccctaccgccctttctccatgggagccgctctcgcc
cgtgggcagcagtggccaccgctgcccaagtttgacccctcggttccaccgccgggctac
gagccaaagaaggaggatccccacaaagccactgtggacggagtcctgctggtcatagtg
aaggaactaaaggctatcatgaaaagggacctgaaccgcaagatggttgaagtggtggcg
ttccgggcgtttgatgactggtgggacaagaaggaacgtctggcaaaggcgtctctcact
ccagtgaagtctggaggagaagtggaggaaaagccaaagccgaaggatcgaatcgcatcc
tgccttttggagaactggaacaaaggagaaggcctgggatacgaggcgatcggcttgggc
attgggctacggggggccatccggctgccatccttcaaggtgaaaagaaaggaaccacct
gaagctgcctcagcgggagatcagaagagaatccggccttctacttctgtcgatgatgaa
gatgaagagtcggagagggacagggatgcttccgatgccacatctgacctgtcaaagaag
gatggagaagcagtggggctgaggcggcgaccagcaaggccattggagctcgacagtgag
ggagaagagggagatgagacatcagggaaggaagaagagtcctcctcggagaaggaagag
gagcaggaagaagagggagccttggtgaaagcagcacctggcaaggaggaagaggaggag
gaggaggatgaagatgacgaggatgaagatgatgatgacgaggatgaagatgatgaggag
gagacaggcatcgacacaagtgacaaggaggaggagcaggactccgaggaggatgtagca
agtccgtcgtcttccaaggctgaagttgaatcatccgatgaaagtgaggactcctctgaa
ttcgagtcaagttcagactcagatgatgatgatgaggatgatgatgacgatgaagatgag
gaggaggaagaggaggaagagatggctgaagatcaagacagagaagccatggttgctgag
acagagcatgaacctgctggtcctgagattcctgacgaccagagggagactattttggag
ctgtatgcagtggatgactacatggatgcaacaggcttgggactcgccgagccagtgttg
gcagcgaaagatgaaggccatgaagaaatcaaggcaggggaaaacgaatgtggccaaatc
ccaggggcatctcttgctgctgaaactctgaaacacttggttatggaaagagaccaggag
acaaaactcgctctctctcccatctgtgggccagaggaagagtccgaacccacttccatg
ctggagccagaggtccaggaaggtccaaagcctgaatctccagatgaggaggtgacgctc
tgtgtctccactcccggggaagtcttcggagaacctctgcccaacaaaagcagcttcttt
ggcaaatctgatgacagcagctcagaagctcgagctaaaccaaagctgccctcggcagcg
gaggaggacgagcggctgccccgcacgccgggacgggaggtgatgatccactcggagagt
gacactcttctgcttccagcccacaaggtgccatcttccatgcttcccttgccatcgact
cccggtaaggaggaatctttagtccctccagaaaagttccctgaacaattaatggtgacc
aaaacgtctgtggaagaggagattccgaggactcctgggcgggacattttggccaagtct
tcgcacccccttgcgaagtcgcagagcacggacactgttccagccacgccaggaagtgat
gctccccttacagggagcagcttgaccctcagttcccctcaagtcccagggagccccttt
tcctacccatcccaatctcctggcattaacagtggcattcctcggactcctgggagagat
ttcaatttcacgcccactttcccagaggctggtgctaccattccttgccttctgtctggc
aagaaacagtcagaggatgagctggacgagaaaccctttaaagagcctcttggtgcttcc
cttacgatcagcatgaacagtgttccttcccccatcccctttgccagccccccccaagca
gatttccacatggacatgggtttgccacctgatgagccaatacctgtagcagccctgccc
tgcatgcatggagatggaagaatgccccttgaggaatgcaaggcagaagtaaaatctggt
ttgctctcaccagaagtaccccctggggcttctattcttcctcccccaccaccaccttct
gttcttcccaaaaggaggccgggtcggccaagacggtcaccaccctctgtcctctccttg
gatgtgtactcaggcaaacccatagaacctcctcccgtgccagtggccttggtggaaggt
cctgtgggcaaggagctgttgagtggacatcctgatgcttactatggactgaaagaccct
gaagccgtccccctggacttcaggaatgacggtttccatgagaaaatagcggctgagaca
gttgcggagaaactgccatttaaggaactggagaaccagtggaacgaagacttcaaggaa
gaagaagctaaacctaaaagacagtggcgaaggcagaagaaaacatctgaggacctcccg
gtgatcccttcccccgagtactccccaccccggcctcagttccggccgcgctccgagttt
gaggagatgaccattctgtacgacatttggaacgggggcatagacgaggaagacatcaaa
ttcatgtgtatcacatacgaccgcctgttgcagcaggacaatggcatggactggctcaat
gacaccctgtgggtgttccatccttctactagcttttctacccccaagaaaaagaagcgg
gacgatgggatgcgggagcacgtgacgggctgtgcacgaagtgaaggctattacaaaatt
gataagaaggacaaacttaaatacctcaacaatagccgagctttcgcagaggagcctcca
gctgacacacagggtatgagcatccctgcccaacctcacgcttccacccgggctggttcc
gagaggcgatcagagcaacgcaggctcctctcctccttcactggtagctgtgacagtgac
ctgctcaagttcaaccagctcaagttccggaagaaaaaactaaaattctgtaagagccac
attcacgactggggcctttttgctatggagcccattgcagctgatgagatggtgattgaa
tacgtgggccagaacatcaggcaggtcattgctgacatgcgtgagaagcgctacgaggac
gagggcattggcagcagttacatgttcagggtcgatcacgacaccatcatcgacgccacg
aaatgcggaaacttcgcccggttcatcaatcacagctgcaacccaaattgttacgctaaa
gtgatcacagtggagtcccaaaagaagatcgtcatctactccaagcagcacatcaatgta
aacgaggaaattacctacgactacaagtttcccattgaggatgtaaaaatcccatgtctc
tgtggctctgagaactgcaggggaaccctgaactga

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (25)   

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