KEGG T01032: Dpse

Drosophila pseudoobscura pseudoobscura: Dpse_GA26260

Entry

Dpse_GA26260 CDS T01032

Definition

GA26260 gene product from transcript GA26260-RA (EC:2.1.1.43)

Orthology

K11422

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

Organism

dpo Drosophila pseudoobscura pseudoobscura

Pathway

dpo00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dpo00310]

SSDB

Motif

Pfam:

N-SET SET RRM_1 RRM_6 RRM_5

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1755 aa
MSIKTGDSGSSNGYLRTMPESTRSLINGSESLANQTHCLMQMQSDRDINTSNTSSNNALG
ISQAKMHRNFKLLADPQLVKCGAKLYRYDGVVPGDPIFPTITPRDPRNPLIRIRTRPVEP
LLLLIPRFVIDADYVGTPPAIEVTVVNLNDNIDKQFLSSLLDKCGTSDEINIYHHPTTNK
HLGIARIVFESTKGARQFVEKYNQKSVMGKILNVFCDPFGAILRKHIETLTNPVAPKPVL
GATTTKAPPHPGTAVGSQPDLADYSHDYSEKSAVDNLNSAYSSFPKNSDIGERSRDRNWE
RDRERERDRDRDRDRYYKDSSQHSAERSYDRDRAMRDKYGSSLRHDRHFYRRRSRDKSPD
PSRDSRDRLFTGRDRDRARDPDARSRDYHRSKERDYFRERNRSRDHSRDRSREKRDLRFS
VSKERDYRERDRDRDRDRSPDRDRRDRVSIKYKKRFTSHEYAETEIHSSSSSKTHQYYTA
ASASGLPAGSYAYSSHSYSMTDSTQSWSEHKSWNAPQPDFQPKPKPPPPPPPEEEENWDD
PPVPPQKFEQQTVSLLESASAKLQSPKPGTAVAEPNAETENVDLDTRIALIFKGKTFGNA
PPFLQMDSSDSETDKAKPEGGVEANETRSLSDSNNSDNKKKCDKKISELQQPHGASDISS
DDDIMVKNKRCKPGFTQCEKDDDNMSLSSLSSHEESPTALPNAADRGNKKPLSPYMYPNA
SNQHPYYYHPSDYGHYPSGISSNPVLTSRYFSNPAYMQPAYLAGVGAFNLDPYVQTYGYQ
YPPSDQNDEIKENVKKVINYIVEELKQILKRDVNKRMIEITAFKNFESWWDEHTLKARSK
PLPDSMEGTTNLRQSSANANLMKENADCEKPANMNQLTNTQVEMSDFKSFSSIGIRAAMP
KLPSFRRICKHPSPIPNQRISLERDLSDQEEMVQRSDSEKEDSNMGGFEAPGSNAKDRVL
DREMATIRLPSPEMLSKRKGSASSFFSSSSSSSSEAENEVNDAADGTEKEKSSDDDSFDD
DHPPRNLNRKSRLIKKNRRVAFKEPGDDNIENIYSDSEDEKRHTDRMHVQKRGRTKKKNI
YSDSDADIESTAGRGFLPALRTKVISSIPSDLEDISKDSSFGLEEEDPDDKVEAELKTIR
KMVDESRRSLTPVPPPDYNEEPVEKYDDTDLRKPVYEYDRIYSDSDEEREYQEKRRRNTE
YMAQIEREFLEEQQKNNQNSFSEGRSISERKLEIVKKPSGDMADTVDVAEVPLTPGINIL
AELVDEINKPILETNIEQNASKITEIDGKLKSNLNSSDVVEATTILNGDVQSFSNTNTSK
KGTQSPASSDGGSSQASQASQVALEHCYSLPPHAQSASFTDATSGRLGLDAQNKNRFDGQ
ENVAGGSQIQRPGPGRPRKDSTRLQKKKKDSVPRQSNAKNKVAPITDALAELARQTANFV
PYEMYKARDQNEEMVILYTFLTKGIDAEDIKYIKMSYIEHLQKEPYAMFLNNTHWVDHCT
TDRAFWPPPPKKRRKDDELMRHKTGCARTEGYYKLDVREKAKHKYHHAKANIDDAENEDR
CDEPTALTNHHHNKLISKMQGISREARSNQRRLLTAFGSMGESELLKFNQLKFRKKQLKF
AKSAIHDWGLFAMEPIAADEMVIEYVGQMIRPVVADLRETKYEAIGIGSSYLFRIDMETI
IDATKCGNLARFINHSCNPNCYAKVITIESEKKIVIYSKQPIGVNEEITYDYKFPLEDEK
IPCLCGAQGCRGTLN

NT seq 5268 nt +upstreamnt +downstreamnt
atgtccataaagacgggcgacagcggttccagcaacggatatttacggacaatgcccgaa
agcacgcgttcgcttataaacggctctgaatcgttggccaaccagactcactgtttgatg
caaatgcagagcgaccgcgacatcaacacctccaacacgagcagtaacaatgcactgggc
atatcgcaagccaaaatgcaccgaaattttaagctactagctgacccgcagttagtgaaa
tgtggcgccaaactatatcgttacgatggcgtcgtaccgggcgatcctatatttccaaca
ataacacccagggatccacgcaaccctcttattcgcattcgcaccagacccgtagagccg
ctgctgttgcttatacctagatttgtgattgatgcggactacgtgggcacgccacctgcc
attgaagtaactgtggtgaacctaaacgacaacatcgataagcagtttctctccagccta
ttggacaagtgtggaacatcagacgaaataaacatataccatcatcccacaacaaacaag
cacttgggtattgctcgcattgtgtttgagagcacgaagggtgcacggcagttcgttgag
aagtacaatcaaaagtcggtgatgggaaagatcttaaatgtgttttgcgatccttttggg
gcgattttaaggaaacatattgagactttaacaaatccagttgcgccgaagccagtgttg
ggtgccaccaccacaaaagctccaccacatccgggcactgcagtgggctcacagcccgac
ttggctgactatagccacgattacagtgagaagagcgctgtggataatttaaatagtgca
tacagctcttttccaaagaactctgacatcggagaacgaagccgggatcgcaactgggag
cgggatcgtgagcgagagcgcgatcgtgaccgagatcgagatcgatattacaaggacagc
agtcaacattccgcagagagatcctatgatcgtgatcgggcaatgcgagacaagtacgga
tcctctttacgccatgatcggcatttttatcgccggcggtctcgagataaaagtccagat
ccctctcgagatagtcgggatagactgttcactggacgagatcgtgatagggctagagac
cctgatgccaggtcgcgggactatcaccgttcaaaggaacgcgattattttcgagagcga
aatagatcccgcgaccactcccgtgatcgttcgagggaaaagagagatcttcggtttagt
gtatcaaaggagcgggactacagagagcgagatcgtgatcgggatcgggatcggtcgccc
gacagagatcgaagagatcgtgtgagtataaagtataaaaagcgtttcaccagtcatgaa
tacgcggaaacggaaatacacagctcttcgtcctcaaaaacccatcaatattatactgcc
gcctcagcatctggtttgcctgctgggagctatgcctacagcagccactcttactccatg
acggacagtactcagtcctggtcagagcataagagttggaatgctccgcagcctgatttc
caaccaaagccaaagccacccccacctccacctccagaggaagaggagaactgggacgac
ccaccagttcccccacaaaaatttgaacaacaaactgtttcactcttggaatcagcgagc
gcaaaactccaatcaccgaagccgggcacagctgttgcggagccaaacgcagaaacagaa
aatgtggacttggacactcgaatagccctcatatttaagggaaagacattcggaaatgca
cccccttttcttcagatggacagtagcgactcagaaacggacaaggcaaagcctgaggga
ggggttgaggctaatgaaactcgctcgctttccgattcaaataattcggataacaagaaa
aagtgcgacaagaagatatcagaactgcaacaaccgcatggggcaagcgatatatcaagt
gatgacgatataatggtgaagaataagagatgtaaacccggttttacacaatgtgaaaag
gacgatgacaacatgtctctgtcgagtttgtcttctcacgaggaatcccccactgcacta
cccaatgcggccgatcgcggcaacaagaaacctttatcaccatatatgtatcccaatgcc
tccaaccagcatccctattattatcatccttcagactatgggcattatccctccggcatc
tcgtcaaaccccgtgttgacaagccgctatttttcgaaccccgcctatatgcagccagcc
tacttggctggtgttggcgctttcaacttggatccctatgtccagacatatggctaccag
tatcccccttccgaccagaacgacgagataaaagagaacgtgaaaaaggttattaactac
attgtagaggagctaaagcagatcttaaagcgcgatgtgaacaagcgtatgattgagata
accgcctttaagaactttgaatcttggtgggatgaacacacattgaaggcacggtccaaa
ccgttgcccgattcgatggagggcaccaccaacctaaggcagagtagcgcgaacgccaat
ttgatgaaggaaaatgccgactgtgagaagcctgccaacatgaatcaacttaccaatact
caagtggaaatgtccgattttaaaagcttttcaagcataggcataagggcagcaatgccc
aaattgccatcatttcgacgcatttgcaaacatcctagtcctatacctaatcaaaggata
tcactcgaaagagatctgagcgaccaagaagaaatggtgcaacgttccgactctgagaaa
gaggactcgaatatgggcggctttgaggcaccaggatcgaatgcaaaggaccgggtatta
gatagagaaatggcgactattcgactgccatcacctgaaatgctttcaaaacgaaaggga
agcgcgtcgagcttcttttcatcgtcctcatcctcttctagcgaagcagaaaatgaagtc
aacgacgctgctgatggtacagaaaaggaaaaaagcagcgatgatgatagctttgacgac
gatcatccacctagaaatcttaatcgaaaaagcagactgattaagaagaataggcgtgtg
gcattcaaggaacctggagatgataatattgagaacatatattcagactctgaggacgag
aaaaggcacacagatcgaatgcatgttcaaaaacggggtcgaacgaaaaagaaaaatatc
tactccgactcggatgccgacattgaaagtactgccggacgaggtttcttgcctgcgttg
cgaacaaaggtaatttcctctataccgtctgatcttgaggacattagcaaagacagcagc
tttggattggaggaagaggacccggacgacaaagttgaagcagaactaaagactatccga
aaaatggtggatgaatctcgacgatctctgacccctgttccaccgccagactacaatgaa
gagccagttgagaagtacgatgatactgatctccgcaagccagtttatgaatacgatcgc
atttacagcgactcggatgaagaacgcgagtatcaggaaaagagacgtagaaataccgag
tacatggctcagatagagcgcgagtttttggaagaacagcagaagaataaccaaaactct
ttctcggaaggtcgttcaatttcggagcgtaaattagaaattgtaaagaaacctagtggg
gatatggcagatactgtggatgttgcagaggttccactgacccccggcattaatattcta
gctgaacttgtagatgagattaacaaaccgattctggaaactaacatcgaacaaaatgca
agcaaaatcacagaaattgatggaaaattgaagagtaatctcaacagctcagatgtggtt
gaggcaacaacgattttaaacggagatgttcaatcgttctccaacacaaacacaagcaaa
aagggaacacaatcaccggcttcttcagatggaggctccagccaagcgtcgcaagcaagt
caagtagctctcgagcactgctactccttgccgccacatgcgcagtctgcttccttcaca
gacgccacctcaggtcggcttggactggatgcccagaataagaatagatttgatggacag
gaaaatgtggctggtggtagccaaatacaaaggccaggcccaggaagaccgcgcaaggat
tcaacgcgactgcaaaagaaaaagaaggactcagtccctcggcagtcaaacgcaaagaat
aaagtcgctcctattactgatgcattggctgaactggcccgtcaaacggccaactttgtt
ccctacgagatgtacaaagctcgcgatcaaaacgaggaaatggttattttgtacacattt
ttaacgaaaggtatcgacgcggaggacatcaagtatattaagatgagctatattgagcat
ttgcagaaggagccttatgccatgttcttgaacaacacgcattgggtagaccactgcaca
acagatcgtgcgttttggccaccgccgccgaagaagcgcagaaaagatgacgaattgatg
cgccataagacaggatgtgctcgcaccgaaggctactacaagttggatgtacgagaaaag
gcaaagcacaagtatcaccatgcaaaggccaacatagatgatgctgaaaatgaagatcgt
tgtgatgagcccacagcactcacgaatcaccaccataacaaattaatatccaaaatgcaa
ggcatttcgcgagaggcgcgctccaaccagcgacgacttttgacagccttcggatctatg
ggcgaatcagagcttttgaaatttaaccagctcaaattccgaaagaaacaactcaaattt
gcaaaatcagccatacacgattggggactgtttgcgatggagcctatagcagccgacgaa
atggtaattgaatatgtcggacaaatgattcgaccggtggtggccgatttacgagagaca
aaatatgaggcaattggaattggcagttcctatctgtttcgaatcgacatggaaaccatt
atcgatgccaccaaatgtggaaatttggcccgatttattaaccacagttgcaatccgaac
tgctatgcaaaagtcattacaatagagtctgaaaaaaagatagtcatatattcaaagcaa
cctattggggtcaatgaggaaataacatacgattataaatttcctttggaggatgaaaaa
attccatgtctgtgtggcgctcaaggctgccggggcacgctcaactaa

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)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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