KEGG T01068: Dyak

Drosophila yakuba: Dyak_GE14379

Entry

Dyak_GE14379 CDS T01068

Definition

GE14379 gene product from transcript GE14379-RA

Orthology

K11306

histone acetyltransferase MYST4 [EC:2.3.1.48]

Organism

dya Drosophila yakuba

Class

SSDB

Motif

Pfam:

MOZ_SAS Linker_histone PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 2290 aa
MMRESAHDINMDTWKQWILEAISKIRSQKQRPSVQRICQAIGTHHKFHEDIVAEKLEKAV
ESGAVIKVYNKGLHSYKAPMAKRRVKVDKNTNLYKLVAKAVHDLGECEGSTIKSIENYIQ
KFNCIDLSPNVDFKAVIKASIKKAVDAGFLIQEGKLYKKGKSLTTPRKCAPVSDVVIKGE
ESCTHCSGNSQKNLNGIPEPLSSCKQCGISLHTTCANIAGRCKSQSYVLLYMLVTKGTIW
DCQNCADCAVCKMRNRGPCLLQCFVCKDHFHLTCLDTIPDKKPKHPYRCKTCCKQGLDTP
KLVKKDNSRIKMETERMTPSDKYASNKRQSIKRDGNIESPSTSKLCVYNDGNGQRRKMPA
SISSRKLNHSEDQFEFPSKQKRSQILQGGYLASQETRKRTFSDLSSTSSSSESEDEDDED
DDRNRNGDDNDQDESTSSDSCTSSSSDSDSSESSSDSSECDDENDEEDYDTDRSTLKGKI
FENDKQSCAKLNTGDGLGSPQNNELGSENWGFAAVAKNPIDIFVKSKNNSSVKGIGYSKP
TASTFATSPAANRAQKSTPVASSTPEKSSAPIGGMTIKRQTANGQKKKIVPLKSMPLEAG
KSYEKCEDDIPYLTEETVMKVQLLEEIERCRETHSEADGKRENNNDEEVPEESTKRTNPF
ENQPLPPGVTATDVELYQEVLHKAVVQMSNNHIEKVNDVSLKSGQHTQSPKSIQIGKWDI
ETWYSSPFPQEYARLLKLFLCEFCLKYTKSRSVLDRHQNKCIWKQPPGTEIFRQGNISVF
EVDGNVNKIYCQNLCLLAKFFLDHKTLYYDVEPFLFYILTKNDQSGCHLVGYFSKEKHCT
QKYNVSCILTMPQYQRQGYGRFLIDFSYLLSREEGQLGTPEKPLSDLGRLSYFSYWKSVV
LEYLYKHRNYTKITFKDIAIKTGLAISDIALAFELLNFIKLRKNDGDIRYQINVKIDWKK
VVAHHNKMASSKTRIIIEPDCLRWSPLLSVSKLPNIIKPISNREYLNNQIEKKSDFQEIN
EDKSSVKQSVPTSSKVNQEPPELPAKNRGPSSEKLLDERENQRKRAYPEEFLKSASNEAK
KPKLTAPQPTLEDQSFGELSDSSDCKSSKELSEQLTKRAQRLAKRNDVIPHTNKRKHFDR
PLESNANSSDQNPPAQSQAETLSTESGPKLEETAAKEICKSVVEKEHVDKPVNIVPKLRG
KQSNGKRSEEPQFNENPVAVASTSHTTRELVKVAKTESPVKNQEPAKHDAEPNSVSDQVL
DAVAKKTKKTLFSDVTSYNTEDVKYNTEDKPKAIAPQPKESPKEAIIKETKPLEVPEQKP
KAKTPEKPVAPDAVAADTVLERVHAPVVTEKIANSTEESKLELDVNYLKLSPDSALNPPV
VPVQKPVAEPPVASVQKEKPKEPLPAQPSEVSQKPPEIERVKKTETPVSNPPSNRTDVSS
HVEQPAQPPVKAAPEKVEHPMAKEAVDIKDKAIKKAVPEVPVVKPEASSCEKKIDPSKTK
VVLEKECIKSDQQLVQVKEEEKLNARAPSAPIPIRDKIQLKGNEHAQLQNSIPSQFPLNQ
MPNYHTSQYWQWEYYGYNLSHLDASQKGQKQFHKDLATTMAYTHNFTQNLYQSANLAMHA
HHQMHQTKEKHKVERKNSGKKEEQPKVVSSVNVVSTAREDAHVQHCNEYAANNQALYNQK
CVTQQKQAQQMKSLANVQNPVLRQSNSNATESTVLMPNPVISQAGSVPAKQKVEHGVNST
SVISREGKLNKIGHSNIHATAQHANLQVGGGQSDVNPNMVYNTESSANSAMQHYDCGISA
QINMESPANIGTAIAHGPQEISATSNVHMHQPHRQFSDCSMQNQPVTTPMHMSIQNSHMQ
QQNNLNLNLAPEGSSNINLLSNPQHQHQSRKLNAQSDIAVSSPTPSHRATTPKQIRSGNT
QQRDAKNAAPPTTTTNTHHQIPQGGAAPNISKSHHDSLHNLQFSQHGHQQNMQPIDYVPI
PQISQNFSANPSNYDIVGMPAVIQQRMSLNGSVHSLANTHQRIEQPSSACAVNNFYLQNN
MPATENAPRVPVSSSLGGPPTAGNNDQRQAGQDSITTANSAGAPASLAGNLCSLSKLQQL
TNCLESQPCNTSPGAQVNLAPSPHHPIPPNSMTPPPHLLMQNRNISTPPNMLQTQVTPLQ
YKYYPGNMNIPPISSAQNTSRNTRNTPSAPVQHTSAPMGSGNNRTANVHISPNLMAPYGA
INSYRMSPQQSPPTGSYSSGSEYPNSQIPMQMMNMQSQYPDACVLQRGTPSNPMYSTYPP
YLPLNGSIRR

NT seq 6873 nt +upstreamnt +downstreamnt
atgatgagggaatcggcgcacgatatcaacatggatacctggaagcagtggatcctcgag
gccatatcgaagatcaggtcccagaagcagaggccctccgtgcagaggatttgccaggca
atcggcacacaccacaagttccacgaggacattgtggccgagaagctggaaaaagctgtc
gagtcgggagctgtcatcaaggtctacaacaagggactgcactcctacaaggccccgatg
gccaagcgtcgcgtcaaggtggacaagaacaccaatctgtacaagctggtagccaaggcg
gttcacgacctgggcgaatgcgagggatccaccatcaagagcattgagaactacattcaa
aagttcaactgcatcgatttgtcgccgaatgtggattttaaggccgtcattaaggcatcc
atcaagaaggccgtggatgccggctttctcatccaggagggaaagctatacaagaagggc
aaatccttgacaactccacggaaatgtgcacccgtctcggatgtggtcataaaaggcgag
gagtcctgcacccactgctcgggaaattcgcagaagaacctcaacggtatcccagagccc
ttgagctcctgcaagcagtgtgggatctcgttgcacaccacctgcgccaatatcgccggc
aggtgcaagtcgcaatcctacgtgctgctctacatgctcgtcaccaagggcaccatctgg
gattgccagaactgcgcggattgtgccgtctgcaaaatgcgaaaccggggcccttgtctg
ctgcagtgcttcgtgtgcaaggaccactttcacttaacttgccttgatacgattccagac
aagaagccgaagcatccatacaggtgtaaaacgtgctgcaaacaaggcctagatacgccg
aagttggttaagaaagacaattcaagaataaaaatggaaactgagagaatgaccccctcg
gataagtatgcctccaataagcgccaatccatcaaaagggacggcaacatcgagagtcct
tcgacctcaaaactttgcgtctacaacgatggcaacggccagagaaggaaaatgcccgcc
agcataagctctaggaaactaaaccacagtgaggaccagttcgagttccccagcaagcaa
aagaggtcgcaaatattacagggaggctacttggctagccaggaaacgcggaagcgtacc
ttttcggatctgtcctccacgagttcgtccagcgagagtgaagacgaagacgatgaggac
gacgacaggaacagaaatggcgatgacaacgatcaagacgagagcacgtcctcggattcg
tgcacttcatccagctcagactcggactccagcgagagttccagcgacagttccgaatgc
gatgacgaaaacgacgaggaagactacgacacagatcgcagcacgctgaagggaaagatc
tttgagaatgacaagcagagctgcgctaaactcaataccggcgatggcctaggctccccg
caaaacaatgaattgggcagtgagaattgggggtttgctgccgttgctaaaaaccccatc
gacatatttgtgaaatcaaaaaacaatagcagtgtcaaaggaatcggttactccaagcca
acagcaagcacgtttgccacgtcccccgcagcaaatagagcgcaaaagagcactccagta
gcttcgtctactcccgagaagagctctgcaccaattggcggcatgaccatcaagcgtcag
actgccaatgggcagaagaaaaagattgttcccttgaagagcatgcccctggaagcgggc
aagtcgtacgaaaagtgcgaggacgacattccgtatctaacagaggagactgttatgaaa
gttcaactgctggaggagattgaacgatgcagagaaacccacagcgaagctgatgggaag
cgggaaaataacaacgatgaggaagtgcctgaggaaagcacgaagcggaccaatcccttt
gagaaccagccccttccgcctggcgtcaccgccacggacgtggaattgtatcaagaggtt
ctccacaaggccgtcgttcaaatgtccaataatcatatagagaaggtaaacgatgtcagc
ctgaaatccggtcagcacacccagagtcccaagtcgatccaaattggaaagtgggacatt
gaaacctggtactccagcccatttccgcaagagtacgccaggctactgaagctgtttttg
tgcgagttctgcctcaagtacacaaagagtcgatctgtgctggacagacatcagaataaa
tgcatttggaagcagcccccaggcactgaaatattcagacagggaaacatatcggtgttc
gaggtggatggcaatgtcaacaagatatattgccagaacttgtgcctgctggccaagttc
tttctcgaccacaaaactctttactacgacgtagaaccttttctgttctatattcttacg
aagaatgatcaaagcggttgccatttggttggctacttctcgaaggaaaagcactgcacc
caaaaatacaatgtgtcctgcatcctcacgatgccgcagtaccagaggcaaggctacggt
cggtttctgatcgacttcagttacctgctaagccgtgaggagggacagttgggcactccg
gagaagccactttcggatctgggtcggctttcctacttttcctactggaaatcagtcgtg
ttggagtacttgtacaagcatcgcaactacacaaagatcaccttcaaggacatagccatt
aaaacggggctggctatctccgacatcgccctggccttcgagctgttgaacttcatcaag
ctgaggaagaacgatggcgacatcaggtatcagattaatgtgaaaattgactggaaaaag
gttgtggcccaccataacaaaatggcgagcagtaagactcgaataatcatagaacccgac
tgcttgaggtggagtccgttgctgtcggtgtccaaattacccaacataatcaagcccatt
tccaatcgggaatatttgaacaaccaaatagagaaaaagtcagatttccaggaaattaat
gaagacaaaagcagcgttaagcagagtgttcccacctcttcgaaggtgaatcaggaacct
cccgagttgcctgcgaagaatcggggacccagctctgaaaagttactggatgaaagggaa
aaccagcgaaaacgtgcatatccggaggagttcttaaagtcggcgtctaatgaggcgaaa
aaacccaagctgactgcacctcagccgacccttgaggatcagtcctttggcgagctctcc
gactcttcggactgcaaatcttctaaagaactttcggaacagttgaccaaaagagcgcaa
aggttggccaagcgcaacgacgtgattccccacaccaacaaaaggaagcatttcgaccgg
ccgcttgagagcaatgccaattcaagtgaccagaatccgccagctcaaagtcaagcggaa
actttgagcaccgaaagcggcccgaaattggaagaaactgctgccaaggagatctgcaag
agtgttgtggaaaaggagcatgttgacaaaccagtcaacattgtgcccaaactgcgagga
aagcagtccaatggtaaacgctccgaggagcctcagttcaatgaaaatccagtcgcagtt
gcgtcgacgagtcacacaaccagagagttggttaaagtggcaaaaacggagagtcctgtc
aaaaaccaggagccggcaaagcacgatgctgagcccaacagcgtcagcgaccaagtgctc
gatgcagtggccaagaaaaccaaaaagaccttgttctccgatgttacatcatacaacact
gaggatgtaaaatataatacagaggacaagccaaaggccatcgcaccgcagccaaaagaa
agtcccaaggaggctatcataaaggagaccaagccgcttgaagttcccgagcaaaagccc
aaggctaagactccggagaagccggtggcaccggatgcggtggctgcggatacagtattg
gagcgcgtacatgctcctgtggttacggaaaagatcgccaattccacggaagagagtaaa
ctggagttggatgtgaactacttgaagctttcgccggactctgcgctcaatccaccagtg
gttccagtgcagaaaccagtggccgagcctccagttgcaagtgttcagaaggaaaaacct
aaggaacctctgcccgctcagccaagcgaggtttcacagaagccaccagaaatagagagg
gtaaagaaaactgaaaccccggtatctaatccgccatcaaaccgtactgatgtttcctct
catgtggagcaaccagcacagccaccagtcaaggctgcgccagaaaaagtggagcacccg
atggccaaagaagctgtcgacatcaaagataaggcaattaaaaaagctgtgccagaggtg
cctgtcgtaaagcctgaggcatctagctgcgaaaagaaaatcgatcccagcaagactaag
gtggtactcgaaaaagaatgtatcaaaagcgatcaacaactagtgcaggtcaaggaggag
gaaaagttaaatgcaagagcgccatcggcacccattcccatccgggacaagatccaacta
aagggtaacgagcacgcccagctacagaactccattccctctcagttcccactcaatcag
atgcccaactatcacacctcgcagtactggcagtgggagtactatggctacaatctctcg
cacctggacgcatcgcaaaagggacagaagcagttccacaaggacctggccacgaccatg
gcgtacacgcacaactttacgcagaacctctatcagtccgccaatctggccatgcacgcc
catcaccagatgcaccagaccaaggagaagcacaaggtggagcgcaaaaacagtggcaag
aaggaggagcagcccaaggtagtgtccagtgtcaatgtggtcagcacggctcgcgaggat
gcccatgtacagcattgcaacgagtacgcggccaacaatcaggccttgtacaatcagaaa
tgcgtaactcagcagaagcaagcgcagcaaatgaagtctctggccaatgtccagaaccca
gtgctccggcagagcaactccaacgcgacagagtccacggttctgatgcccaatccagtt
atttcccaggcgggatctgtgccggccaagcaaaaagtcgaacacggcgtcaactcgaca
tcggtcatttcgcgcgagggaaagctcaacaagattgggcattccaacatacacgccact
gcacagcatgctaatcttcaagtgggaggcggccagtccgacgtcaatccgaacatggtt
tacaacacggagtcctcggcgaattcggccatgcagcactacgattgcggaatcagtgcc
cagataaacatggaatcgccggccaacattggcaccgccatcgcgcacggtcctcaggag
atctcagccacgtccaatgtgcatatgcatcagccgcacaggcagttctccgactgctcc
atgcagaaccagccggttaccacgcccatgcacatgtccatccagaactcccacatgcag
cagcagaacaacttgaatttaaatctggcgccagaaggctcgtcaaatattaacctctta
agtaatccacagcaccagcaccagagcaggaaactgaatgcccagtcggatattgcagtt
agttcaccgacaccttcgcaccgagccaccacgcccaagcaaatacgcagcggaaatacc
cagcaacgcgacgctaagaacgcggcgccacccacaaccacaacaaatactcatcatcag
attccccagggcggagctgcgccaaatatttccaagtcgcaccacgactctctgcacaac
ctgcagttctcgcagcacggacaccagcagaacatgcagcccatcgactacgtgcccatc
ccgcaaatcagtcagaacttctcggcaaatccctcgaactatgacattgtgggcatgccg
gcggtcatccagcagcggatgtcactgaacggttccgtgcactcgctggctaacacgcac
cagcgcatcgagcagccatcgtcagcgtgtgccgtcaataacttttacttgcaaaacaac
atgccggcaaccgagaatgcgccgcgagtgccggtctccagttctctaggcggtccgccg
acggcgggcaacaatgatcagcggcaggcaggtcaggactcgataaccacggcaaacagt
gctggcgcaccagcttcgctggcgggaaatctgtgcagcctgtcaaagctgcagcagctc
accaattgcctggagagccagccgtgtaacacgtcaccgggtgcccaggtgaatctggcc
ccctctccgcaccatcctattccgcctaactccatgactcctccgccgcatctgctcatg
cagaacaggaacatctcgacgccacccaacatgctgcaaacgcaggtgacgccgctgcag
tacaagtactatccgggcaacatgaacatcccgccaatctcttcggcgcaaaatacgagt
cggaacacccgcaacacgccctctgcaccggtgcagcacacctcggcgcccatgggcagc
ggcaacaacaggaccgccaatgtccacatcagtccgaatttgatggcaccctacggagcg
atcaacagctaccggatgtcgccgcagcaatccccgcccactggaagctatagctcgggg
agcgagtaccccaactcgcagattccgatgcagatgatgaatatgcaatctcagtacccg
gatgcctgcgtgctgcagcgaggcactccatccaacccgatgtattccacgtatcccccc
tacttacctctcaacggttctattcgcagataa

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 (3)   
   Pfam (3)   
All databases (13)   

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