KEGG T01067: Dwil

Drosophila willistoni: Dwil_GK16378

Entry

Dwil_GK16378 CDS T01067

Definition

GK16378 gene product from transcript GK16378-RA

Orthology

K11308

histone acetyltransferase MYST1 [EC:2.3.1.48]

Organism

dwi Drosophila willistoni

Class

SSDB

Motif

Pfam:

MOZ_SAS Tudor-knot Daxx TFIIA Acetyltransf_1

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1000 aa
MSETDLEQTRFEGDPDPNQDQHQYDEQPSTSNKYELQHRARSPHTPVEDVADELNTSGST
ENSDGSGTTTTDADQSMEVESHVEESIDEADDDDDGDGDDDDDGDGDAEGDGDADADIDA
DPGVEADPDVGADPDVEADPDVEVDPDVDAEPNVEADPDFEADPDVEADPDVEADANVEA
DSEANVEADNEADVERKGEAGVEGDVEADVEPEGGVYVEPEGDVVVEPDGEPELEPYGEP
DVDDNGDGEPPAKREKRDVCSPISDDESSNSGSTSTSSGSEASSHSTDNEDDCTEYPSPA
SPVTVVCVEDMGHCEDISSPSPVEATNIQEPAEKHDELQTPMENITDLTKITEEVPETPA
SPTDEEQAEVGVIDPSFMRARYQQQQQQMLQPRLAPRDPRQRHMPPPLPQTHSQPHPYVH
PHAVQSIFSPPAPKPPKPPPTTVRNLLNEDIETISDDSSEAADSSSGDDNDDDDDDDDDD
DDDDDDDDDDDDDDDEDEDDDDDDVILIEQEKPLRASPHFGMGAGLLKTIDINENPDKIY
YIRRDDGTVHAGHVLQARSTEQSSTVPNEYYVHYVGLNRRLDGWVGRHRISDNADDLGGI
TVISPTSDQPSTSHHLQQQQAAAAAAAAASGGGPSSKADPMGSNAAIDRHKRRGQKDYYL
SACENNRYDYSDRKMTRYQKRRYDEINHVQKSHAELTASQAALEKEHESITMIKYIDKLQ
FGNYEIDTWYFSPFPGEYGKARTLYVCEYCLKYMRLRKSYSYHQYECKRRHPPGNEIYRK
GNISIFEVNGKEEPLYCQLLCLMAKLFLDHKVLYFDMNPFLFYVLCEIDKEGSHIVGYFS
KEKMQENNNVACILVLPPHQRKGFGKLLIAFSYELSRKEGVIGSPEKPLSDLGRLSYRSY
WAYSLLELMKVRCSPEQTTIKELSEMSGITQDDIIYTLQSMKMIKYWKGQNVICVTSKMI
NDHLQLPQFKQPKLTIDLDCLDWKPQNAPSTSFAAQARLL

NT seq 3003 nt +upstreamnt +downstreamnt
atgtccgaaacggacttggagcagacgcgctttgaaggggatccagatccgaaccaggat
cagcatcaatatgatgaacagccgtccaccagcaataaatatgaattgcagcacagagca
cgatctccacacacgccggttgaggatgtggcggatgaattgaataccagtggttcaact
gaaaactcggatggttctggtaccaccaccaccgatgcagaccagtcaatggaagtagaa
agccatgtggaagagagcatagatgaggcagatgatgatgatgatggcgatggggatgac
gatgatgatggcgatggtgatgcagaaggtgatggcgatgcagatgcagacattgacgct
gatccaggcgttgaggctgatcctgacgttggggctgatccagacgttgaggctgatcca
gacgttgaggttgatccagacgttgacgctgagccaaacgttgaggctgatccagacttt
gaggctgatccagacgttgaggctgatccagacgttgaggctgatgcaaacgttgaggct
gattccgaagcaaatgttgaagccgataatgaagctgatgtagagcgtaaaggcgaagca
ggtgtggagggtgatgtcgaagcagatgtagaacctgaaggcggagtttatgtagaacct
gaaggggatgtagttgtagaacctgatggcgagccagagttggagccttatggcgaacca
gatgtagatgataatggcgatggagaacctccagcgaaacgagaaaagcgagacgtatgc
agtcccatctcggatgatgaaagcagcaacagtggcagcacctcaacttcatctggttcg
gaagcgagttctcattccactgataacgaggatgattgcaccgaatatccttcaccagca
tcgcctgttacagttgtctgtgttgaggatatgggccactgtgaagacataagtagtccg
tcaccagtggaagccactaatattcaggagccggcagagaagcacgatgaactgcagacg
cctatggagaacataacagatctaacgaaaataacagaagaagtgccagagactccagca
tctcccactgatgaggaacaggcggaggttggcgtaatagatccatcatttatgcgagct
cgctatcagcaacaacaacagcaaatgcttcaacctcgactcgcaccacgagatccgcga
caaagacacatgccaccgcctctacctcagacacattcccagcctcatccgtatgttcat
ccgcatgcggttcaatcaatattttcaccaccagcaccaaagccgccaaagccaccacca
acaacagtaagaaatcttttaaatgaagacattgaaactatatcggatgatagtagcgaa
gccgccgatagctccagcggtgatgacaacgatgacgacgacgacgacgacgacgatgat
gatgatgatgatgacgatgatgatgatgatgacgacgatgatgacgaggatgaggatgat
gacgatgatgatgtcatactaattgaacaggagaagcctttgagagcatcaccacacttt
gggatgggagctgggctactcaaaacgattgatatcaacgagaatcccgacaagatctac
tacatacgacgggacgatggcaccgtccatgcgggccatgtccttcaggcgcgcagcacc
gagcagtcatcaacagtcccgaacgagtattatgtccactatgtgggtctcaatcgtcgc
ctggacggctgggtgggacgacatcggatctcagataatgccgacgatctgggtggcatt
acagtgatatcgcctaccagtgatcaaccaagcaccagtcaccatctacaacaacagcaa
gcagctgccgcagcggccgccgccgcatccggaggagggccatcatccaaagctgatcca
atgggcagtaatgctgctatagatcgtcataagcgtcgtggccaaaaggattactatctg
tcagcttgtgagaacaatcgttacgattacagcgatcgtaagatgacacgttatcagaag
cgacgttatgatgagattaatcatgtccaaaagagccatgctgagctaactgcctcacag
gcggccctggagaaggagcacgagtccataactatgattaaatacattgacaaactgcaa
ttcggtaattacgagatagatacctggtacttcagcccatttcccggagagtacggcaag
gcgaggactttgtatgtttgcgaatactgtttgaagtatatgcgattacggaagagctac
agttatcatcagtatgagtgcaagcgtcgtcatccacctggcaacgagatctatcgcaag
ggtaacatctcaatctttgaggtaaatgggaaagaggagccgctctactgtcagcttttg
tgcctgatggcaaaactctttctggaccacaaggttctgtactttgacatgaatcccttt
ctgttctatgtgctctgcgaaattgacaaagagggtagtcatattgtcggatatttctcc
aaggaaaagatgcaggagaataacaatgtggcctgtattctggtgttgccacctcatcag
cgcaagggttttggtaaactactcatcgcatttagctatgagttatcccggaaggaaggc
gttatcggaagcccagagaaaccattgtccgacttggggcgacttagctatcgcagctat
tgggcctattcactgctggaactgatgaaggttcgctgctcaccagaacagacgactatt
aaagagctcagcgagatgagcggcataacccaggatgatatcatttatacactgcaatcc
atgaaaatgattaagtactggaagggtcagaatgtcatctgtgtcacatcgaagatgata
aacgatcatctccaactgccgcaattcaaacagcccaaattgaccattgatctggattgt
ttggactggaagccacagaatgctccatcgacatcgtttgcagctcaggccaggctactc
taa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (15)   

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