KEGG T01006: 416851

Gallus gallus (chicken): 416851

Entry

416851 CDS T01006

Gene name

SETD1B

Definition

SET domain containing 1B (EC:2.1.1.43)

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

gga Gallus gallus (chicken)

Pathway

gga00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:gga00310]

SSDB

Motif

Pfam:

N-SET SET RRM_1 RRM_5 RRM_6

Other DBs

NCBI-GI:

NCBI-GeneID:

Ensembl:

UniProt:

Position

AA seq 2008 aa
MSFREIKAGEKAKHPEDHGKKQSSSWINGMENSTQASTSVEKRNHHWRSYKLIIDPALKK
GQHKLYRYDGQHFSMPNSGIAPVDCVRDPRIGRIWTKTKELELSVPKFKIDEFYVGPVPP
KQVTFAKLNDNIRENFLTDMCKKYGEVEEVEILYNPKNKKHLGIAKVIFATVKGAREAVQ
HLHNTSVMGNIIHVELDTKGETRMRFYELLVNGLYTPQTLPVGTEQDASPTVNETLQLTD
SLKRLKDSNLSSVGSSVTPNSSTPFSHDTAYSSCRQDTPNSFSQFTPQSQGTPHTPRLGT
PFSQDSTYSSRQTTPVYHFGQDSGYKHRRHETKFTDAYNRRPGGHHYVHNSPGVFRGTEH
QFSTFKSHQQEPVQFSHTPPLSHSSSSSYKSAFSPYQAPAVFPQSEEQPFAQTSREAEYR
RPAPPPAEMVVESSAATSADFAPVKEKPEEPPPLPDSNSAPEPSAPSFSQTPERSETPGT
PTMESEMQHNSLDSRIEMLLKEQRTKLPFLNEHDSDNEVRMEGSPISSSSSQLSPIPMYG
SNSQPGYRAQTPSSRPSSTGLEDISPTPLPDSDDDEPIPGTASLNQNSRGTSEASMTPID
QLNRASKVETLEVKEMVPGDQTPTSEKMDESQHSSGEDMEISDDEMNSAPITSAECAKTI
VVNSSVSNAAVMAPSIPPLPPPPGFPPLPPPPPPPPQPAFPMPPPLPPPPPPTHPAVTVP
PPPLPAPPGVPPPHILPPLPPFHPGMFPVMQVDMISVLGNHWGGMPMSFQMQTQMLSRMM
QAQNTYQYPPFMGGRMQFVNLPPYRPFSMGAARGRGQQWPPLPKFDPSVPPPGYEPKKED
PHKATVDGVLLVIVKELKAIMKRDLNRKMVEVVAFRAFDDWWDKKERLAKASLTPVKSGG
ELEEKPKPKDRITSCLLENWNKGEGLGYEGIGLGIGLRGAIRLPSFKVKRKEPPEAASAG
DQKRIRPSTSVDDEDEESERDRDASDTTSDLSKKDAEAVGLRRRPARPLELDSEGEEGDE
TSGKEEESSSEKEEEQEEEGGLVKAAPGKEEEEDEDDEEDEDDDEDEEDEEDYEETGVET
SDKEEEQDSEEEDAASPSSSKAEVESSDESEDSSEFESSSDSDEDDDEEEEEEEDEEEEE
EEEVAEDQDREAMVAETEHEPASHELPDDKRETILELYPVDYMDATGLGLSEPALVEKDE
GMEEVKAEESECDQVPEESIAAETLKQLVMERDQETKLALSPICRPVEEPEPIVMLEPEV
QECPKPESQDEAGTVCLSTPVAVFGEARPSKSSFFSKSDDSCLETHVKTKLPSAVEEEDR
LPRTPGREVVVHSETDILLLPAHKVPSSTVPLPSTPGKEESVVPPEKFPEQLMVTKTSIE
EEIPRTPGRDILAKSSHPLGKSQSTDTVPATPGSDAPLTGSSLTLSSPQVPGSPFSYPSQ
SPGINSGIPRTPGRDFNFTPTFPEAGATIPCLLSGKKQSEDDLDEKPFKEPLGASLTISM
NSVPSPIPFASPTQADFRTDMGLPPNEPIPIAALPCIPGDGRMPIEECKAEVKSVLLSPE
APVGASILPPPPPHSVLPKRRPGRPRRSPPSVLSLDMYSGKTIEPPPVPVALVESAMSKE
LLSAHPDAFYGLKDPEAVTLDFRNDSFHEKIAAETVAEKLPFKELENQWNEDFKEEEAHA
KPKRQWRRQKKSPEHLPVIPSPEYSPPQPQFRPRSEFEEMTILYDIWNGGIDEEDIKFMC
ITYDRLLQQDNGMDWLNDTLWVFHPSTSFSTPKKKKRDDGMREHVTGCARSEGYYKIDKK
DKLKYLNNSRAFAEEPPADTQGMSIPAQPHASTRAGSERRSEQRRLLSSFTGSCDSDLLK
FNQLKFRKKKLKFCKSHIHDWGLFAMEPIAADEMVIEYVGQNIRQVIADMREKRYEDEGI
GSSYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAKVITVESQKKIVIYSKQHINVNEE
ITYDYKFPIEDVKIPCLCGSENCRGTLN

NT seq 6027 nt +upstreamnt +downstreamnt
atgtctttccgagagatcaaggcgggggaaaaagccaagcaccctgaagatcatggcaaa
aagcagagttcaagttggatcaacggaatggagaacagcacccaagccagcacttctgtc
gagaaaagaaatcaccattggagaagttacaagttgattattgacccggctctgaaaaaa
ggacagcacaaactctaccgctacgatgggcaacatttcagcatgccgaactcgggaatc
gctcctgtggattgtgtcagggatcccagaatagggcgaatatggaccaaaacgaaggag
ttggagctgtctgtccccaaattcaagattgatgagttttacgtggggccagtgcctccc
aagcaggtcacctttgccaagctgaatgacaacatccgtgaaaactttttaaccgacatg
tgcaagaaatacggtgaagtggaagaggtggagattctctacaaccccaagaacaagaag
cacctgggcatcgccaaagtgatttttgccactgtcaaaggtgcccgggaggctgtccag
caccttcacaacacctctgtcatgggcaacatcatccacgtggagctggatacaaaaggt
gaaacccgcatgcgattctacgaactgctcgttaatggtctttacactcctcagaccctt
cccgtaggcactgaacaggatgcatcgccaactgtgaatgaaaccctccagttgacagat
tccctgaagcgcttgaaggacagtaacctttcctctgtgggatcatctgtcaccccaaac
agcagcacaccgttttcccacgacacagcctattccagctgtcggcaggacaccccaaac
tcgttcagtcaattcaccccgcagtcccaaggaacgccccacaccccacggttagggacg
ccgttttcccaggattccacgtattccagccgtcagacgacgccggtgtaccactttggg
caggacagtgggtacaaacacaggagacatgaaacaaaatttacagatgcctacaaccgt
cgaccgggaggacatcactatgttcataactctcctggtgttttccgtgggacagagcat
cagttcagtacgttcaaatcccatcagcaggagccagttcagttctctcacactcctccc
ctgagccactcgagttcttcgagttacaagtctgccttctctccttaccaagcaccagcc
gtattcccccagtctgaggagcagccgtttgcccaaacctccagggaagcagagtaccga
aggcctgcaccgcctcccgctgagatggtcgtagaaagcagtgctgccaccagcgctgat
tttgctccagtgaaggagaaaccggaggaacctccacccttaccagattcgaactctgct
cctgagccgagcgcaccatccttctctcagaccccagagaggagcgagacccctggcacc
cccactatggagtctgaaatgcagcataatagtttagactcaaggattgagatgctctta
aaagagcagagaacaaagttaccttttcttaatgagcatgactcagataacgaggtccga
atggaaggtagccctatctcctcttcctcttctcagctctctcccatcccaatgtatggt
tcgaattcacagcctggttacagagctcagacgccttcctcacgcccttccagcacaggc
ctggaggacatcagccccacgccattacctgactctgatgatgatgagcccatccctggg
actgcttctctgaatcagaattccagggggacatcagaggccagcatgacccccatcgat
cagctgaacagggcctccaaagttgagaccttggaggttaaagaaatggtgcctggtgac
cagactccaacatcggaaaagatggacgagagtcagcattcttcaggggaggacatggaa
atctccgatgatgagatgaactctgcgcctatcaccagtgcagagtgtgccaaaaccatt
gtggtcaactcctcagtcagcaacgcagccgtcatggccccatcaatccctcccctgccg
ccgccgcctggattccctcctcttcctcctcctccaccaccacctccacagccggctttc
ccgatgcctccgccactgcctcctccacctcctcccacacaccccgctgtcaccgtgccc
ccgccgccactccctgcaccgcctggggtccctccacctcacatcttgcctccgcttcct
cccttccatcccggcatgttcccagtcatgcaggtggatatgataagtgtcttgggcaac
cactggggtggcatgcccatgtccttccagatgcaaactcagatgctgagccgcatgatg
caggcacagaacacataccagtatccgcctttcatggggggcaggatgcagtttgtgaat
ctgccgccctaccgcccgttctcaatgggagcagctcgtggtcgtgggcagcagtggcca
ccactgcccaagtttgacccctcagttccaccgccgggttatgagcccaagaaggaagat
ccccacaaagccactgtggatggagtcctcctggtcatcgtgaaggaactgaaggctatc
atgaaaagggacctgaaccggaagatggttgaagtagtagcatttagggcatttgatgac
tggtgggacaagaaggaacggctggcaaaggcgtctctcactccagtgaagtccggagga
gaactggaggagaaaccaaagccaaaggatcgaatcacgtcttgtctcttggagaactgg
aacaaaggcgaaggcctgggatacgagggaattggcttgggcattgggttacgaggggcc
atccggttgccatccttcaaggtgaaaagaaaggagccaccagaagctgcctcagcagga
gatcagaagagaatccggccttctacttctgttgatgatgaagatgaagagtcggaaagg
gacagagatgcttctgatacaacatccgacctgtcgaagaaggatgcagaagcagtgggg
ctgaggcggcgaccagcacggccactggagctcgacagcgagggggaagagggagatgag
acatcagggaaagaggaagagtcttcctcagagaaagaagaggagcaggaggaagaagga
ggcttggtgaaagcagcacctggcaaggaggaagaggaggatgaagatgatgaggaagat
gaagacgatgatgaggatgaggaagatgaagaggattatgaggagacaggtgttgaaacc
agtgacaaagaggaagagcaggactctgaggaggaagatgcagcgagtccctcatcttcc
aaggctgaagttgaatcatcagatgaaagtgaggactcctccgaatttgaatcaagttct
gactcagatgaagatgatgatgaggaggaggaggaggaggaagatgaggaggaggaggaa
gaagaagaggtggctgaagatcaagacagagaagccatggttgcagagacagagcatgaa
cctgccagtcatgagcttcccgatgataagcgggagaccattttggagctctatcctgtg
gactacatggatgcaacgggcttgggactctcagagccagctttggtagagaaggatgaa
gggatggaagaagtcaaagcagaggaaagtgaatgtgatcaagtcccagaggaatctatt
gctgctgaaacactgaaacagttggttatggaaagagaccaggagacaaaacttgcactg
tctcccatctgcaggccagtggaagagcctgaacccattgtcatgctggagccagaggta
caagaatgcccaaagcctgaatcacaagatgaggctggcacggtctgtctctcaactcca
gtggcagtctttggagaagctcgccccagcaaaagcagcttctttagcaagtctgatgac
agctgcttagaaacgcatgttaaaacaaagctgccctctgcagtggaggaggaggaccgg
ctgcctcgcacacctgggcgggaagtggtggtccattcagagactgatattcttttgctt
ccagcccacaaggtgccatcctccacagttcccttaccatcgactcctggtaaagaggaa
tctgtagtccctccagaaaagtttcccgaacaattaatggtgaccaaaacgtccatagaa
gaggagattcctaggactcctgggcgggacattttggccaagtcttcacacccacttgga
aagtcgcagagcacagacactgttccagccacaccaggaagtgatgctccccttacggga
agcagcttaaccctcagttcccctcaagtcccagggagccccttttcctacccatcccag
tctcctggcattaacagtggcattcctcggactcctgggagagatttcaatttcacgcct
actttcccagaggctggtgctaccattccttgccttctgtctggcaagaaacagtcagag
gatgacctagacgagaaaccttttaaagagcctcttggtgcttcccttactatcagcatg
aacagcgttccttctcctattccctttgccagccccacacaagcagatttccgcacagac
atggggttgccacctaacgagccaatacccatcgcagccctaccatgcatacctggagat
ggaagaatgcccatcgaggagtgtaaggcagaagtaaaatctgttttgctctcaccagaa
gcgcctgttggtgcatctattcttcctcctccaccaccacattctgttcttcccaaaagg
aggccgggtcggccaaggcggtccccaccttctgtcctgtcattggatatgtactcgggc
aaaaccatcgagccacctcctgtccccgtggccttggtggaaagtgctatgagtaaagag
ctattgagtgcacatcctgatgctttctatggactgaaggaccctgaagccgtcacccta
gatttcaggaatgacagcttccatgagaaaatagcagctgagacagttgcagagaaactg
ccatttaaggaattggagaaccaatggaatgaagatttcaaggaagaagaagctcatgcg
aagcctaaaagacagtggcgaaggcagaagaagtcacctgagcacctcccagtgattcct
tccccagagtactccccaccccagcctcagttcaggccacgctcggagtttgaggagatg
accattttgtatgatatttggaatggaggcatagatgaggaagatatcaaattcatgtgt
atcacgtatgaccgcctcctgcagcaggacaatggtatggactggctcaatgacacgctg
tgggtattccatccttctaccagcttttccacccccaagaaaaagaagcgagacgatggg
atgcgggagcacgtcacaggctgtgcacgaagtgaaggctattacaaaattgataagaag
gacaaactcaaatacctcaacaatagccgagcttttgcagaggagcctccagctgacaca
caggggatgagcatccctgcccaacctcacgcttccacacgggctggctccgagcggcgg
tcagagcaacgcaggctcctctcctccttcactggtagctgcgacagtgacctgctcaag
ttcaaccagctcaagttccggaagaaaaagctaaaattctgcaagagccacattcatgac
tggggcctttttgccatggagcccattgcagctgatgagatggtgattgagtatgtgggt
cagaacatcaggcaggtcattgctgacatgcgtgaaaagcgatacgaggatgaaggcatt
gggagcagttacatgttcagagttgaccacgacacaatcatcgatgctacaaagtgtgga
aactttgccaggtttattaatcacagctgcaatccaaattgttacgctaaagtgatcacg
gtggagtctcaaaagaagattgtcatctactcaaaacagcacatcaatgtgaatgaggaa
attacttatgactacaagtttcccattgaggatgtaaaaatcccatgtctttgtggctct
gagaactgcaggggaaccctaaactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UniGene (1)   
   ENSEMBL-GGA (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

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