KEGG T01082: 100225647

Taeniopygia guttata (zebra finch): 100225647

Entry

100225647 CDS T01082

Gene name

SETD1B

Definition

SET domain containing 1B

Orthology

K11422

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

Organism

tgu Taeniopygia guttata (zebra finch)

Pathway

tgu00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:tgu00310]

SSDB

Motif

Pfam:

N-SET SET RRM_1 RRM_5 RRM_6

Other DBs

NCBI-GI:

224071200

NCBI-GeneID:

100225647

Ensembl:

ENSTGUG00000006093

Position

AA seq 2004 aa
MSFRETKAGEKAKHPEDHGKKQSSSWINGMENSTQASTSVEKRNHHWRSYKLIIDPALKK
GQHKLYRYDGQHFSMPNSGIAPVDCVRDPRIGRIWTKTKELELSVPKFKIDEFYVGPVPP
KQVTFAKLNDNIRENFLADMCKKYGEVEEVEILYNPKNKKHLGIAKVIFATVKGAREAVQ
HLHNTSVMGNIIHVELDTKGETRMRFYELLVNGLYTPQTLPVGTEQDVSPTGNEALQLTD
SLKRLKDSSLSSAGSSVTPNSSTPFSHDTAYSSCRQDTPNSYSQFTPQSQGTPHTPRLGT
PFSQDSTYSSRQTTPVYHFGQDSGYKPRRHETKFMDAYNRRPGHHYMHNSAGVFRGTEHQ
FSTFKSHQQEPVQFSHTPPLSHSSSSSYKSAFSPYQAPAVFPQSDEQPFPQTSRETEYRR
PAPPPTEMVVESSAAPSIDFVPVKEKPEEPPPLPDSNSVPEPSTASFSQTPERSETPGTP
TMETEMQHNSLDSRIEMLLKEQRTKLPFLNEHDSDNEIRMEGSPISSSSSQLSPIPTYGS
NSQPGFRGQTPSSRPSSTGLEDISPTPLPDSDDDEPIPGTASLSQNSRGTSEASMTPIDQ
LSRTSKTETLEVKEMVPGDQTPTSEKMDEGQHSSGEDMEISDDETNPAPITSAECAKTIV
VNSSVSNTAVMAPSIPPLPPPGFPPLPPPPPPQPGFPMPPPLPPPPPPTHPAVTVPPPPL
PAPPGVPPPHILPPLPPFHPGMFPVMQVDMISVLGNQWGGMPMSFQMQTQMLSRMMQAQN
TYQYPPFMTGRMQFVNLPPYRPFSMGAALARGQQWPPLPKFDPSVPPPGYEPKKEDPHKA
TVDGVLLVIVKELKAIMKRDLNRKMVEVVAFRAFDDWWDKKERLAKASLTPVKSGGELEE
KPKPKDRMASCLLENWNKGEGLGYEAIGLGIGLRGAIRLPSFKVKRKEPPEAASAGDQKR
IRPSTSVDDEDEESERDRDASDTTSDLSKKDAEAVGLRRRPARPLELDSEGEEGDETSGK
EEESSSEKEEEQEEDGGLVKAAPGKEEEEDEEDEDDEDEDDDEDEDEDDEEETGIDTSDK
EEEQDSEEDVASPSSSKAEAESSDESEDSSEFESSSDSDDEDEEDDDDEDEEEEEEEEVA
EDQGREAMVAEPEHEPASHELPDDERETILDLYPVDDYMDATGLGLAEPALAVKDEGNEE
IKAGENECGQVLGASVAAETLKHLVMERDHETKLALSPICRPEEESEPTSMLEPEVQECP
KPESQDEEAALCISAPGAVFGEPLPSKSSFFGKSEESSLEGRVKAKPPSAAEEDERLPRT
PGREVMIHLETETLLLPAHKVPSSMLPLPSTPGKEESLVPPEKFPEQLMVTKTSVEEEIP
RTPGRDILAKSSHPLTKSQSTDTVPATPGSDAPLTGSSLTLSSPQVPGSPFSYPSQSPGI
NSGIPRTPGRDFNFTPTFPEAGATIPCLLPGKKQSEDELEEKTFKEPLGASLTISMNSVP
SPLPFASPPQADFHMDMGLPPDEPIPVAALPCMHGDGRMPIEECKAEVKPVLLSPEVPPG
ASILPPPPPPSVLPKRRPGRPRRSPPSVLSLDVYSGKTIEPPPMPVTLVEGAVGKELLSG
HPDAYYGLKDPEAVTLDFRNDGFHEKIAAETVAEKLPFKELENQWNEDFKEEEAHAKPKR
QWRRQKKTSEELPAIPSPEYSPPQPQFRPRSEFEEMTILYDIWNGGIDEEDIKFMCITYD
RLLQQDNGMDWLNDTLWVFHPSTSFSTPKKKKRDDGMREHVTGCARSEGYYKIDKKDKLK
YLNNSRAFAEEPPADTQGMSIPAQPHASTRAGSERRSEQRRLLSSFTGSCDSDLLKFNQL
KFRKKKLKFCKSHIHDWGLFAMEPIAADEMVIEYVGQNIRQVIADMREKRYEDEGIGSSY
MFRVDHDTIIDATKCGNFARFINHSCNPNCYAKVITVESQKKIVIYSKQHINVNEEITYD
YKFPIEDVKIPCLCGSENCRGTLN

NT seq 6015 nt +upstreamnt +downstreamnt
atgtctttccgagagaccaaggcgggggaaaaagccaagcaccctgaagatcatggcaaa
aagcagagttcaagttggatcaacggaatggagaacagcacgcaagccagcacttctgtc
gagaaaagaaatcaccattggagaagttacaagttgattattgacccggctctgaaaaaa
ggacagcacaaactctaccgttacgatgggcaacatttcagcatgccgaactcggggatc
gctcctgtggattgtgtcagggatcccagaatagggcgaatatggaccaaaactaaggag
ttggagctgtctgtccccaaattcaagattgatgaattttacgtggggccagtgcctccc
aagcaggttacctttgccaagctgaatgacaacatccgtgaaaactttttggccgacatg
tgcaagaaatacggcgaagtggaagaggtggagattctctacaaccccaagaacaagaag
cacctgggcattgccaaagtcatctttgccactgtcaagggtgcccgggaggctgtgcag
caccttcacaacacttctgtcatgggcaacatcatccacgtggagctggatacaaaaggt
gaaacccgcatgagattctatgaactgctggttaatggtctttacactcctcagaccctc
cctgtaggcaccgaacaggacgtgtccccaactgggaacgaagctctccagttgacggac
tccctgaagcgcttgaaggacagttccctttcttccgcaggatcctccgttaccccaaac
agcagcacgcccttttcccatgacactgcctattccagctgccggcaagacaccccaaac
tcctacagccaattcaccccacagtcccaaggaacaccccacaccccgcgcctggggacg
ccgttctcccaggattccacctactccagccgacagaccacgcctgtgtaccattttggg
caggacagtgggtacaaacccaggagacatgagacgaaatttatggatgcgtacaaccgt
cgcccgggacaccactacatgcacaactcggcaggggtgttccgaggcaccgagcatcag
tttagtacattcaaatcccatcagcaggagccagttcagttctctcacactcctcccctg
agccactctagttcttctagctataaatctgccttctccccctatcaagcaccagctgtt
tttccccaatctgacgagcagccgtttccccaaacttcccgggagacagagtaccggaga
cctgcaccacctcccaccgagatggttgtggaaagcagcgctgccccgagcatcgatttt
gtcccagtgaaggagaaaccggaggagcctccgcccttgcccgactcgaactctgttcca
gaaccgagcacagcatccttctctcagactccggagaggagcgagacccctggcaccccc
accatggagactgagatgcagcataacagtttagactcaaggattgagatgctcttaaaa
gagcagagaacaaaattaccctttcttaacgagcatgactcagataatgagatccgaatg
gaaggtagccctatttcctcctcttcttcccagctctcccccatcccaacatacggttcg
aactctcagcctggtttcaggggtcagacgccttcctcgcgcccttccagcacaggcttg
gaggacatcagccccacacccttacctgactctgatgatgatgagcccatacctggcaca
gcttctctgagtcagaattcccgggggacatcggaggccagcatgactcccattgatcag
ctgagcaggacctccaaaactgagaccttggaggttaaagaaatggtgcctggtgaccag
actccaacatcggaaaaaatggacgagggtcagcattcctcaggggaggacatggaaatc
tctgacgatgagaccaaccctgcgcccatcaccagcgcggaatgtgccaaaaccattgtg
gtgaactcctccgtcagcaacacggccgtgatggccccgtccatccccccgctgccaccg
ccgggattccctcctcttcctcctcctccgcctccacagccgggcttcccgatgcccccg
ccgctgcctccgccgccgccacccacccacccggccgtcaccgtgcccccgccgccgctg
cccgccccgcccggggtccctccgccccacatcctgcccccgctgcccccgttccacccc
ggcatgttcccggtcatgcaggtggatatgatcagtgtcctgggcaaccagtggggtggc
atgcccatgtccttccagatgcaaactcagatgctgagccgcatgatgcaggcacagaac
acgtaccagtacccacctttcatgacgggccggatgcagtttgtgaatcttcctccctac
cgcccgttctccatgggagccgctctcgcccgcgggcagcagtggccgcccctgcccaag
ttcgacccctcggttccacccccgggttatgagccgaagaaggaagatccccacaaagcc
acggtggatggagttctcctggtcatagtgaaggaattaaaggccataatgaaaagggac
ctgaatcgcaagatggtcgaagtggtggcgttccgggcgtttgatgactggtgggacaag
aaggaacgtctggcaaaagcgtctctcactccagtgaagtctggaggagagctggaggag
aagccaaagccgaaggatcgaatggcctcttgtctcttggagaactggaacaaaggagaa
gggctgggctatgaggccatcggcctgggcattggcttacgaggggccatccgcctgcca
tccttcaaggtgaaaagaaaggagccacctgaagctgcctcagcgggagatcagaagaga
atccggccttctacatctgtggatgatgaagatgaagagtcggagagggacagggatgct
tctgacacaacatctgacctgtcaaagaaggatgcagaggcagtggggctgcgacggcga
ccagcgaggccattggagctcgacagcgagggagaggagggagatgagacgtcagggaaa
gaggaagagtcctcatcagagaaggaagaggagcaggaagaagatggaggcttggtgaaa
gcagcacctggcaaggaggaagaggaggatgaggaggatgaagatgatgaggatgaagat
gatgatgaagatgaggatgaagatgatgaggaggagacaggcatagacacaagtgacaag
gaggaggagcaggactccgaggaggatgtagcaagtccctcgtcttccaaggctgaagct
gaatcatctgatgagagtgaggactcctctgaattcgagtcaagttctgactcggatgat
gaagatgaggaggatgatgatgatgaagatgaggaggaagaagaggaggaagaggtggct
gaagatcaaggcagagaagccatggttgctgagccagagcatgaacctgctagtcatgag
cttcctgatgatgagagggagactattttggacctgtatcctgtggatgactacatggat
gcaacaggcttgggacttgccgagccagctttggcagtgaaagatgaaggcaatgaagaa
atcaaggcaggggaaaatgagtgtggccaagtcctgggagcttctgttgctgctgaaact
ctgaaacatttggttatggaaagagaccatgagacaaagcttgcactctctcccatctgt
aggccagaggaagagtctgaacccacttccatgctggagccagaggtacaggaatgtcca
aagcctgaatctcaggatgaggaggcagctctctgtatctctgctccaggggcagtcttt
ggagaacctctgcccagcaaaagcagcttctttggcaagtctgaggagagcagcttggaa
ggccgagttaaagcaaagccgccgtcggcagcggaggaggacgagcggctgccgcgcacg
cctgggcgggaggtgatgatccacttggagactgagactctcctgctgccagcccacaag
gtgccatcctccatgcttcccttgccatcaactcctggcaaagaagaatctttagtccct
ccagaaaagttccctgaacaattaatggtgaccaaaacatctgtggaagaggagattcct
aggactcccgggcgggacattttggccaagtcttcacaccccctcacgaagtcgcagagc
acggacactgttccagccacgccaggaagtgatgctccccttacaggaagcagcttgacc
ctcagttcccctcaagttccagggagccccttttcctacccatcccaatctcctggcatt
aatagtggcattcctcggactcctgggagagatttcaatttcacgcctactttcccagag
gctggtgctaccattccttgccttctgcctggcaagaagcagtcagaggatgagctcgaa
gagaaaaccttcaaagagcctcttggtgcttccctaacgatcagcatgaacagtgttcct
tcccctctcccctttgccagccccccgcaggcagatttccacatggacatgggtttgcca
cctgatgagccaatacctgtagcagccctgccgtgcatgcatggagatggaagaatgccc
atcgaggaatgcaaggcagaagtaaaacctgttttgctctccccagaagtaccccctggg
gcttctattcttcctcccccaccaccaccttctgttcttcccaaaaggaggccgggtcgg
ccgaggcggtcgccaccttctgtcctctcgctggatgtgtactcgggcaaaaccatagaa
cctcctcccatgccagtgaccttggtggaaggtgctgtgggcaaagagctgttgagtgga
catcctgatgcctactatggactgaaagaccctgaagccgtcaccctggacttcaggaat
gacggtttccacgagaaaatagcagctgagacagttgcagagaaactgccattcaaggaa
ctggagaaccagtggaatgaagacttcaaggaagaagaagctcacgcaaaacccaagcgg
cagtggcggaggcagaagaagacatctgaggagctgccagcgatcccttcccccgagtac
tccccgccccagccgcagttcaggccgcgctccgagtttgaggagatgaccattctgtat
gacatctggaacggaggcatagacgaggaggatatcaaattcatgtgtatcacatacgac
cgcttgttacagcaggacaatggtatggactggctcaatgacaccctgtgggttttccat
ccttctaccagcttttctacccccaagaagaagaagcgggatgacgggatgcgggagcac
gtgacgggctgtgcacgaagcgaaggctattacaaaattgataagaaggacaaactcaaa
tacctcaacaatagccgagcttttgcagaggagcctccagctgacacacagggtatgagc
atccctgcccaacctcacgcttccacccgggctggttccgagaggcgatcagagcaacgc
aggctcctctcctccttcactggtagctgcgacagtgacctgctcaagttcaaccagctc
aagttccggaagaaaaaactaaaattctgcaagagccacattcacgactggggtcttttt
gctatggagcccattgcagctgacgagatggtgatcgagtacgtgggtcagaacatcagg
caggtcattgctgacatgcgtgagaagcgatacgaggatgagggcattggcagcagttac
atgttcagagtcgaccacgacaccatcatcgatgccaccaaatgcgggaacttcgccagg
tttatcaatcacagctgcaatccaaattgttacgctaaagtgatcacggtggagtctcaa
aagaagatcgttatctactccaagcagcacatcaatgtgaacgaggaaattacctacgac
tacaagtttccaattgaggatgtaaaaatcccgtgtctctgtggctctgagaactgcagg
ggaaccctgaactga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   ENSEMBL-TGU (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (24)   

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