KEGG T01067: Dwil

Drosophila willistoni: Dwil_GK13498

Entry

Dwil_GK13498 CDS T01067

Definition

GK13498 gene product from transcript GK13498-RA

Orthology

K11427

histone-lysine N-methyltransferase, H3 lysine-79 specific [EC:2.1.1.43]

Organism

dwi Drosophila willistoni

Pathway

dwi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dwi00310]

SSDB

Motif

Pfam:

DOT1 Methyltransf_4

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2103 aa
MATPQVKDLVLRSPAGSSDVITFAWPLQVGHGQDKHDNGFDIIDTIKFVCDELPSISSAF
EEINLHQIDTACYKTMTNLVDRFNKAVDSIVALEKGTSLPAERLNKFAHPSLLRHILQLV
YNAAVLEPDKLNQYEPFSPEVYGETSYELVQQMLKHVTVSKEDTFIDLGSGVGQVVLQMA
GSFPLKTCIGIEKADTPARYAERMDLFFRQYMGWFGKRFCEYKLIKGDFLVDEHREKITS
STLVFVNNFAFGPTVDHQLKERFADLRDGARVVSSKSFCPLNFRITDRNLSDIGTIMHVS
EIPPLKGSVSWTCKPVSYYLHVIDRTKLEQYFQRLKTKGGDHDHVGTVRTTRDRAKREAN
IGSGSAGSHHNNNHNNNHNNNNNNHQQRGAEREQSNGGTSSRHQSQSPANVNASGAMGSG
LSSGTGGGSGGNNGGVASKTTRQQAQQQQQQQQQQQRSLDMDSTSDSDGDATTGNGGNTT
TTTNTTSTSNGGGPMTRKVWSDWCSSKGKSSQSDEEENNNTNGGGSATASGRQSRATTNT
TIQKKRKKLTRKAAIASKSAAAAQRATAEAAAVAAAAATSKDSSSKEDQPPRAASTGPGI
GGGRKGRLKKGARGRKCLKIAGLDVLHKQTVLSTTGDANAKKLPAAPGTVDQQLTSLLTE
NMDHNELDIPLAPQHTPYALQILLDVFRSQYMSMIEHMKSSAYLPQVQKQIAQEQERMAR
LKNRASQLDKQIKVLIDDSVALLKIRMNELGISVNSPNDLIAQAKEIVGRHKDLQHTVSK
MRNEVTFYEGEQKLMLSKQLKHLPEYQKLFGNSLNGKVKMEMPQELSETTAQELVLKEIA
NTLSQRKKLYAQVSTIEQETSVLQKTAEERTTAAALLAQGTNISLAASSSSNSGSTNNPA
PPPPPLPPASSSSSSVAVAATSLAAAAPSASSLSVSVPNCKMTTTTNSSSTTNNHVKSAR
RSREHRARSQEWPEVPEVGKIQESNPEVLAQKIVETCRQIEAGHYQVNGKNKTNAEMNQQ
TPPPPPATTTSTAAVKSMYKDSTLMPAPKQQQQQQQQQQMQLLSSILPKCELPGLLSSSI
LNSASSSSSSSSSSIMGRSAVSSIKQESPKVANFEDRLKSIITTALNEDQEQRSKASTTA
MDSLPPPTPTQSPAPKRSKPQQQHHHHHHNNNHHQQQQQQQQHQQQSQMHPLHNIITVST
QGLMHLNANTTISPITPPLPGPAAGATASTAPPPPANLPYGAGVYGGKNHGGKYHHQMPI
KESKYSPAARHGQHAQLTPTPTSSSSHMANLYGPTGPGVGSASSANANPPPPAAAAAAND
LSYGQRRRGTVSASSYEHFMVQQQQQQQQHALMLAAAAHAAQRQQMRTEEQPQPQQHRLP
QHHLLHHQQQQQQQHHSHPAHHHPNEFKTPAENLQLQRSSSREQLMLVEQQQAPPSHIEL
LPRSSSANSLDYGSNASSTGGGYRVRPPSRPSSNSSQPDYTQVSPAKMALRRHLSQEKLN
QPPQATSTPPTGQQTPSSGGGKTIGDLVNGEIERTLEISQQSIINVAVNMSTTGVGAAAA
AHFMDRAFPNERLLINLNAQRPERVNIRPIQDDHHAGGSSTDQPTNYSQQQQQQQQATAS
GSNLATLAHVAYAQKSQRPMSTSSASASAINPSRSGRDYQPVALPRAEMKGCIEAYFHEE
QQQQQQQQKTKNAAVGGVGRASRLNGANPPLEGLAASLQDHVRARKYKEENEERQRRAAA
AASSSSANAASSSSSSGGGPSTELNPHYAHQAPPAHTYLHMQQQQQQHHQPNSHQHLNGT
PHKVEIGIKRTSPLAPHQQPPRPAKLAHFETQQQQPHLYANGQVVLPPPPAAHEATTTPS
PTPSSSSSSCGAGGGGGGRRSKLLIDPPLLMSPEINSLMVDERSLPLSVHHNHQQQQQQQ
HLHHNHHHPHAHQVAQQQQQAHRLPLHGQATLNMNATRGNSSSSSSSSNNNNNANAADDG
KPYVGHLIAPLPSPTSTTTTITAATTTTLSHLTQLKAQQQSVRCRTRLVAAQAVPEDLTI
KKPIQAISSISSSSSSSSSSSSSSSTSSSEDNDDDDDYNDDKDDDGDNCSESTDTAVSYY
THA

NT seq 6312 nt +upstreamnt +downstreamnt
atggcaacaccccaagtcaaggacttggtgttgcgttcgcccgctggctcttcggatgtc
atcacatttgcttggcccctgcaagttggacatggacaggataagcatgacaacggcttc
gatattatcgatacaatcaaattcgtttgcgatgagctgccatcaatatcatccgcattc
gaggagattaatctccatcaaattgacactgcctgctacaagactatgacaaatcttgtc
gatcgttttaataaagctgtcgacagtattgttgcattggaaaaaggaacttcactgccc
gccgagcgcttgaataagttcgctcatcctagccttttaagacatatattgcaattagtt
tacaatgctgccgttttggagcccgataagctcaatcagtatgagccattttcacccgaa
gtctatggcgagacatcgtatgagttggtacaacaaatgctcaaacatgtcacagtcagc
aaagaggatacgttcattgatctcggttccggtgtgggacaagttgtacttcaaatggcc
ggatcgtttccccttaaaacctgcattggcatcgaaaaggccgatacgccggcccgttat
gccgagcgtatggatttgttttttcgccaatatatgggttggtttggcaaacgattttgt
gaatacaaattgattaaaggtgactttcttgtcgatgagcatcgagagaagataacctca
tccacattggtgtttgtgaataattttgcctttggaccaacggtggatcatcagttgaag
gagcgttttgccgatttacgtgatggcgctcgtgttgtatcctcaaaatcattttgccca
ttgaattttcgcattacggatagaaatctaagtgatattggcactataatgcatgttagc
gaaataccaccattgaagggttccgtatcctggacatgtaaacctgtatcgtattatctg
catgtgattgatcgtactaaattagagcaatactttcaacgtctgaaaaccaaagggggt
gaccatgatcacgtgggtaccgtgcgcactacacgggatcgtgccaagcgtgaggccaat
attggttcaggatctgctggaagccatcacaataataatcacaataataaccacaataac
aataacaataaccatcagcagagaggagcagaacgagaacagtcgaatggtggaacttca
tcgcgtcatcaatcacaatcaccggctaatgtgaatgctagtggtgccatgggcagtggt
ttaagcagcggaacaggaggaggaagtggtggtaataatggtggagttgcctctaagaca
acccgccagcaagcccagcagcagcaacaacaacaacagcagcaacaacgaagtcttgac
atggacagcacatcggatagtgatggcgatgccacaactggaaatggcggtaataccacc
acaaccaccaacaccacatccacctcaaatggtggtggacccatgacacgaaaagtatgg
tccgattggtgcagctccaaaggcaaatcatctcaatccgatgaggaggagaataacaat
acaaatggaggtggcagtgcaaccgccagtggtcgtcagtcgcgagccaccacaaacacc
acgatacagaagaagcgtaaaaagctaacacgcaaagcagccattgccagtaaatcagcg
gctgctgcccaacgggctactgccgaggcagcggctgttgctgctgcagcagctaccagc
aaggattccagctctaaggaggatcaaccaccgagagcggcaagcaccggtccgggcatt
ggtggcgggcgcaagggtcgcttaaagaagggcgcccgcggtcgcaagtgtctgaaaata
gccggcttggatgttttgcataagcagacggttcttagcactacgggagatgccaatgca
aagaaattgcccgcagctcctggcactgtggatcagcaattgacgtcactgctcaccgaa
aatatggatcacaatgagctggatataccgctggcgccacagcataccccgtatgccttg
caaattctgcttgatgtcttccgatctcaatacatgtctatgattgagcacatgaaatcg
agtgcctatctgccgcaggtgcagaaacaaatcgcccaagagcaagagcgcatggccagg
ctaaagaaccgtgccagtcagttggacaaacagatcaaggtgctcatcgatgacagtgtg
gcattgcttaagatacgcatgaatgaattgggcatcagtgtgaactcccccaacgatctg
attgcccaggccaaggagattgtgggtcggcataaggatctacagcatacggttagcaaa
atgcgcaatgaggtgaccttctatgagggagaacagaagctgatgcttagtaaacaattg
aaacatttgcccgagtatcagaaattatttggtaactcattgaatggcaaagtgaagatg
gaaatgccgcaagagctgtcggagacaacagcccaagagcttgtgttgaaggaaatagcc
aatacgttgagtcagcgcaagaaattgtatgctcaagtctcaacaatagagcaagagaca
tcggttctgcaaaagacagcggaggagaggaccacagcggctgccctgttggctcaaggt
acaaacattagcctggcagccagcagcagcagcaatagtggatctacaaataatccagca
ccccctccaccacctctgccaccagcatcatcatcatcttcatcagtcgcagtcgcagca
acatctttagcagcagcagcaccatcagcttcttctctttccgtgtccgtgccaaattgt
aagatgacaaccacgacaaatagtagtagcacaaccaataatcatgtgaaaagtgcccga
cgtagtcgtgagcatcgtgctcgctcccaggaatggcctgaagtgcccgaagttggtaag
attcaagagagcaatccagaggttcttgcacagaaaattgtcgagacatgccgtcaaatt
gaggctggtcattatcaagtgaatggtaagaataagaccaatgctgaaatgaatcaacaa
actcctccaccgccaccagcaactaccacatcaacggcagcagtgaaatccatgtataag
gatagcactctgatgccagcacctaagcaacagcagcagcagcaacaacagcagcaaatg
caattgctttcttctatattgccaaaatgtgagttacctggtctgttatcatcctccatt
ctgaactccgcctcctcatcatcatcgtcatcatcttcgtccattatgggacgcagtgcc
gttagcagcattaaacaagaatcaccaaaagtggccaattttgaggatcgtttgaagagc
atcattacgacagccttgaatgaagatcaagagcagcgtagcaaggcatcaacaacagcc
atggattctctgccaccgccaacacccacacaaagtccagctccaaagcgtagcaagcca
cagcagcagcaccaccaccaccaccacaacaacaaccaccaccaacagcagcagcaacaa
caacaacatcaacagcaatcccaaatgcatcccctacacaatattataactgtttccact
cagggattgatgcatttgaatgccaataccaccatatcgcccattacaccaccattgcca
ggaccagcagctggagcaactgcctccacagctccgccaccgccagctaacttaccctac
ggtgctggagtttatggtggtaagaatcatggtggcaaatatcatcatcaaatgcccata
aaggaatcgaaatattcaccggcggcgcgtcatggccaacatgcgcaattgacgccaacg
ccaacctcgtcatcttcccatatggccaatttatatgggccaactggtcctggcgttggt
tctgccagttctgccaatgctaatcctcctcctccagcagcagcagcagcagcaaatgat
ttaagctatggtcaacgtcgtcggggtacagtgagtgcctcgtcctatgagcattttatg
gttcaacagcaacaacagcagcaacaacatgcccttatgttggccgctgccgcccatgcg
gcgcagcggcaacagatgcgaaccgaggaacagccacaaccacaacaacatcgtctgccg
cagcatcatttgctacatcatcaacagcaacaacaacaacaacatcattctcatccagct
catcatcatcccaacgaattcaagacaccagctgagaatctacaacttcaacgttccagc
tcacgtgagcaattgatgttggtggaacaacaacaggccccaccatcccatatcgaattg
ttgccacgttcgagttcggcgaattccttggattatggctctaatgcctcctcaacgggt
ggtggctaccgtgtgcgtccacccagccgaccgagttcaaattcctcacaaccggactac
acacaagtatcaccagccaaaatggccttacgtcgtcatctctcgcaagagaagctaaat
caaccaccgcaggccacatcgacaccgccaacggggcagcagacgccttcttctggtggt
ggcaaaaccataggtgatctggtcaatggtgagattgagcgtactctggagatttcccaa
cagagcattatcaatgtggccgtcaatatgagcacaacgggtgtgggagcagcagccgca
gcccatttcatggatcgggcattccccaatgaacgtctgctcatcaatctgaatgctcag
aggccggagcgtgtaaatattaggcccatacaggacgatcatcatgccggaggatcatct
actgaccagcccaccaattacagccaacagcaacagcagcagcaacaggcgacagcatca
ggcagtaatttggctaccctagctcatgtggcttatgcacagaaatcacagagacccatg
tcgacatcatcagcatccgcatcggcaattaatccatcgcgttctggacgagattatcag
ccagtggctttgccacgtgctgaaatgaagggatgcattgaggcctatttccatgaggag
caacagcaacagcagcaacaacaaaagaccaagaatgctgcggttggaggagttggtaga
gcatcgcgtttaaatggagccaatccgcctctggagggtctagccgcttctctgcaagat
catgtgcgagccaggaaatacaaagaggagaatgaagagcgtcaacggagggcggcggca
gctgcctcatcgtcctctgcaaacgccgcatcttcttcatcctcgtctggtggagggcca
tcaactgagttaaatccacattatgctcatcaggcaccccctgcccatacctatctgcac
atgcagcagcagcagcagcagcatcatcagccaaattcacatcaacatttaaatggaaca
ccgcacaaagtcgaaattggcattaagcgtacatctccgctggctccgcaccagcaacca
cctcgtccagccaaattggcacactttgaaacccagcagcagcaaccacatctttatgcc
aatggacaagtggtgttgccgccaccgccagcagcacatgaagcaaccacaactccctcg
cccacaccttcatcatcgtcgtcgtcgtgtggtgctggtggaggaggaggaggcagacga
agtaaacttttgatagatccaccgttgttaatgagtccagagataaattcattgatggtc
gatgagcgatcattgccactgtcggtgcatcataatcatcaacagcagcagcagcaacaa
catctacaccataatcatcatcatccacatgcacatcaagtggcacagcagcagcagcaa
gcacatcgtttgccactccatggacaagcaactttaaacatgaatgcaacacgtggcaac
agcagcagcagcagcagcagcagtaacaacaataataatgcgaatgccgccgatgatggt
aagccatatgtaggacatttaatagcaccattaccatcaccaacatcaacaacaacaaca
atcacagcagcaacaacaacaacattatcacatttaacacaattaaaagcacaacaacaa
tcagttcgttgtcgcactcgtctggttgccgctcaagcagtgccagaagatctaaccata
aaaaagccaattcaagccatttcctcaatatcgtcctcgtcatcctcttcctcctcgtcg
tcgtcgtcgtcgtctacatcttcgagtgaagacaatgatgatgatgatgattataatgat
gataaagacgatgatggtgataattgctctgaatccactgacacagcagtctcctactac
acacatgcttaa

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 (2)   
   Pfam (2)   
All databases (22)   

Download RDF

DBGET integrated database retrieval system