KEGG T01062: Dmoj

Drosophila mojavensis: Dmoj_GI18865

Entry

Dmoj_GI18865 CDS T01062

Definition

GI18865 gene product from transcript GI18865-RA

Orthology

K11306

histone acetyltransferase MYST4 [EC:2.3.1.48]

Organism

dmo Drosophila mojavensis

Class

SSDB

Motif

Pfam:

MOZ_SAS PHD Acetyltransf_7

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2290 aa
MRESAHEISMDTWKQWILDAISKIRSQKQRPSVQRICQAIGTHHKFHEDIVAEKLEKAVE
SGSVIKVYNKGLHSYKAPMAKRRIKVDKTTNLYKVVAKAVNDLGECEGSTIKNIENYIQK
FNCIDLSPNVDFKAVIKASIKKAVDTGFLIQEGKLYKKGKSLTTPRKSAPETEILIKGEE
TCTHCSGNSQKNLNGIPEPLSSCKQCGISLHTTCANIAGKCKSQSYVLLYMLVTKGSLWN
CQKCADCVVCKMRNRGPCLLQCFACKNHFHLTCLDTIPDKKPKHPYRCKSCLNVDHPKSL
KREATNIKLEHDNERQMIKREERLENPSTSQECVNNVAGHKQRKKNSIVVNNYEAQMKQK
KIYRDTIINQISRKRTYSDLSSTTTSSESDDDEDDDDDKNAACDDQDESTSSDSCTSSSS
ESDSSDSSSDSSECDDDNDEEDYDTDKSTFKENIFENEKNIDFRSSSNDANSLVDASSEN
WGFAAVAKNPVDDKYIKNFKTMSYSNQSVANQAIDANKPNKYVSDKSDNVVNGTLPIKRS
NGNVEKKRTVILKSMPLESTKLYMKNDDDIPYLTKETVLKCRMIEDQQFPESRKKPVESS
ISNNTDFTCIGNPADENVETVGPTKLFENQHLPPGVNQFDVNIYQEVLQKAVLKVSANHS
EMPLEKSNSLIHCGQSPKSIEIGKWNIETWYSSPFPQEYARLAKLYLCEFCLKYTKSRSV
LDRHQNKCIWKQPPGTEIFRQGDISVFEVDGNVNKIYCQNLCLLAKFFLDHKTLYYDVEP
FLFYILTKNDQVGCHLVGYFSKEKHCSQKYNVSCILTLPQYQRQGYGRFLIDFSYLLSRE
EGQLGTPEKPLSDLGRLSYFSYWKSVVLEYLYKYRNNRTITFKDIAIKTGLAISDIALAF
ELLNFIKLRKNDGDIRYQINVKIDWKKVLLHHKKRAQSKTRIFIDPDCLRWSPLMSISKS
PNFNIKPISNREYLSHQYMETSDDDFCKSKPEETTKPPANSTTESYKEKDLNKTFKPTSE
STDKISHIKKDSHSESTQLPQTEAKRCKRAFEDITENSDSSDSKYSKKSSESSEFNMLTK
RALRLAKRKDSIPHTNKRKHFERDNNVDHVEHNVPSQSDQQNTKETLDKSSVLQRATVQD
VNVTKPVNIVPKLRGKKSNGKRDEESKAGSQNCNKIPLNENENAEVKKIIQDKQETEPEP
QTVEKEKTPNDYCAEQVYDAVAKKTKKALFSETTPFEIKPTENTPPECKVEPKPTETEMV
IESVSNSESKIQIPVKENIEPQKESSLVTPVEMEIEEKVPTIPKAAPENAKVAPVVECTE
TAPIVNEEKLEKLEKLEPIKDPIVKSSEEKPIKPDEAPIPTEKVATAAPTPVAAPVSTTP
KPLEIVATKNSDTKETKVESKPCVILEQVETKIPEAPPIAVKCTRQLNTEADKVNTTNEK
LIPLKTEVPLVQEVDTKQKINNKKAALETSVARTENTNTNALCKKPDAPNTGKMNVPDKD
TNKPTQLLQVKEEEKPNVRVPSSSLPIRDKHQLKNNEHPQLQNSLTSQFPINQMPNYHHT
SQYWQWDYYSYNLCNSATQKGQKQFHKDLATTMAYTHNFTQNLYQSANLAMQAHHQMHHP
KDKQKVDRKISGKKEELAKAAANISTGNTARDDGHALNCNDYNVNQANIYDQKCSNQQKQ
FKATDHNQQIKAIDNAQNPIARHANANQTESGILLSSSLSREPSAAPTKQKSEHSSNIAL
GATRDDKIKVTQPILQSVNNHSNLQVSGQSDVNTNMPYNSESASNNAPIQQHYDCGINVQ
INMDSPASIGSAVNHGSENTNGLMHRQFSDCSMQNQSATTPMHMSIQNSHIQQQNNINMN
LTPEGSPNLNIIGNAQHQHQNRKLAVQQTDIVASSPSASHREPTPKQIRNSNSSNNSQQR
DSKVPTAGTTQNTHHQHSQSTVSNISKAQQQDGIGSLQFAQSGGQHGHQQNMQPLDYIPI
PQISQNFSTNPSNYDIVGMPAVIQQRMSLNSSVHSLSNSHQRIEQPSSACAVNNFYLQNN
MPSNEIVSNASRIPVSTTLGPPSSIANNDQSISSNSGGTTPAVVGHLCSLSKLQQLTNCL
ESQPCNTSPGAQSNLAPSPHHPIPPNSMTPPPHLIMQNRNVSTPPNMLQTQVTPLQYHKY
YASNMNITPSTSTQNTNRNTRNTPSAPIQHTSAAISGSSNNRTANVHISPNLMSHYGAIN
SYRMSPQQSPPATAYSSGGEYPNSQIPMQMGVMNMQSQYQDACVLQRATQPNPMYPTYSP
YLGLNSSIRR

NT seq 6873 nt +upstreamnt +downstreamnt
atgagggaatccgcccatgagatcagtatggatacctggaagcagtggatacttgacgca
atatccaaaattcggtctcaaaagcaaaggccgagcgttcagagaatatgtcaggctatt
ggtacacatcacaagttccatgaagatattgtggctgaaaagttggagaaagccgttgaa
tctggctccgttattaaagtatacaataaaggattacattcatataaagcgccgatggcg
aaaaggcgaataaaagtcgataagacaacaaatctttacaaagtggtagcgaaagctgta
aatgatttgggagaatgcgaaggatcgacaatcaaaaatatagaaaactatattcaaaaa
tttaattgcattgatctttcgcccaatgttgatttcaaagctgtaattaaagcgtccata
aagaaagccgtcgacactggcttcctaatacaggagggaaagttatataagaagggtaaa
tcgctaacaacgccccgcaaatctgcaccagaaactgaaatacttatcaaaggcgaagaa
acctgtacacattgctccggaaattcacagaaaaatcttaatggcattccagaaccacta
agttcctgcaaacaatgtggaatatcattgcacacgacatgtgcaaacattgccggcaaa
tgcaaatcacaatcatatgtgctgctctatatgcttgtgactaaaggatctttatggaac
tgtcagaaatgtgctgattgcgttgtctgtaaaatgcgcaatcgcggcccgtgtcttttg
cagtgttttgcgtgtaaaaaccatttccatctaacatgcctcgatacgataccagacaaa
aaacccaagcatccatatcgatgcaaatcgtgcctaaacgttgatcacccaaaatcgttg
aaaagggaagcaacaaacataaaactggagcatgataatgagaggcaaatgattaagaga
gaagagcgactagaaaatccatcaacgtcccaagaatgtgtaaacaatgttgccggccac
aaacagagaaaaaaaaatagcattgtggttaataattatgaggctcagatgaaacagaaa
aagatatatcgagatacgatcattaatcaaatcagtcgaaagcgtacatactcggactta
tcatctacgactacttcaagcgaaagcgacgatgatgaggatgatgacgatgacaagaat
gctgcgtgcgatgaccaagatgagagcacgtcgtccgattcatgcacttcctccagctct
gaatcagactcaagcgatagctcgagtgatagctctgagtgtgatgatgacaacgatgag
gaggactatgacacggacaagagtacattcaaagagaatatatttgaaaacgagaagaac
attgatttccgatcatcgtccaatgacgcaaatagtttagttgacgcatcttcggaaaat
tggggatttgctgccgttgctaagaatccagtcgatgacaaatatatcaagaattttaaa
accatgagctattcaaaccagtctgttgcgaatcaagcaatcgatgcaaataaacctaac
aaatacgtatcggataagtctgataatgttgtgaacggtactttaccaatcaagcgaagc
aatggaaatgtggaaaaaaagagaacagttatcttaaaatctatgccactggaatccaca
aagttatacatgaaaaatgatgatgatattccttatcttaccaaagaaactgtattaaaa
tgtcgcatgattgaggaccaacaatttccagaatcgaggaagaagccagtcgaatcaagt
ataagcaataatacggatttcacttgtataggaaaccctgcggatgaaaatgtggagaca
gttggccctactaaattgtttgaaaatcaacatctaccacctggcgtgaatcaatttgat
gttaacatatatcaagaagtgttgcaaaaagctgttcttaaagtttctgcaaaccattcc
gaaatgcctcttgagaaaagtaattctttgattcactgtggacaaagtcccaaatcaatt
gaaattggaaaatggaatattgaaacatggtactcaagtccatttccacaggagtacgct
aggctggcaaaactctacctgtgcgaattctgcctaaagtatacaaagagtcgatcagta
ttggatagacatcaaaataaatgtatttggaagcaaccgcctggaactgaaatcttccgt
caaggcgatatatctgtttttgaagtggatgggaatgttaacaaaatttactgtcaaaat
ttatgcctgctagcaaagttctttttggatcacaaaaccctttactatgatgtggagccc
tttctattttacatcttgactaaaaatgatcaggttggctgccatttggttggatatttt
tcaaaggagaaacactgttcgcaaaagtacaatgtatcatgtattctgacattgcctcaa
tatcaaaggcaaggatatgggcgatttttgattgactttagctatttgcttagccgggag
gaaggacagctgggcactccagagaaaccactctctgatcttggacgtctgtcgtacttt
tcatactggaaatcggttgtactagagtacttgtataagtaccgaaataatcggacaata
acatttaaagatatagccataaaaacgggcttagctatttctgatattgctttggcattt
gagttgctaaacttcattaaactaagaaaaaatgacggcgacataagataccaaatcaat
gtgaaaatagattggaaaaaggtcttactacatcataaaaagagagctcagagcaaaaca
cgaatatttattgaccccgattgtctcagatggagtccgttaatgtcgatttcaaaatca
ccaaattttaatataaaaccaatatctaaccgtgaatatttgagccatcaatatatggaa
acttcagatgatgatttttgtaaaagcaaaccagaggaaactacaaagcctccagcaaat
tcaacgactgaatcgtataaggaaaaagatttaaacaaaacatttaagccgaccagtgaa
agtacagataagataagtcacattaaaaaggactcacactcggagtctacacaattacca
caaactgaagcaaaaagatgtaaacgtgccttcgaagatataacagaaaactccgattct
tctgacagcaagtattctaagaagtcatcagagtcgtctgaattcaatatgttgactaag
cgagcgctgcgtcttgctaagcgaaaggacagtattcctcataccaacaaaaggaaacat
tttgagagagataataatgttgatcatgtggaacataatgttccaagtcaaagcgatcaa
cagaatactaaggaaactttagataaaagttccgtcttacaacgagctactgtccaggat
gttaatgttacgaagcctgttaatattgtgcctaagctgcgaggtaaaaaatcaaatgga
aaacgcgatgaagaaagtaaagctgggagtcaaaactgtaataaaattccattgaatgag
aacgaaaacgccgaggtgaagaaaatcattcaggataagcaggaaaccgagccagagccc
caaacagttgaaaaagaaaagaccccaaatgattactgcgcggaacaggtctacgatgcc
gtcgcaaagaaaactaagaaggcattattttccgaaaccactccgtttgaaataaagcct
actgagaatacacctcccgaatgcaaagttgagccaaagccaactgaaactgaaatggta
attgaaagcgtatcaaacagcgagtcgaaaatccaaatcccagttaaggaaaacatcgag
cctcaaaaagagtccagcttagtgactcctgtggaaatggaaattgaagaaaaagttccc
actattcccaaggctgctcctgaaaacgctaaagttgcaccagtagtggagtgtactgaa
acggcacctattgtgaatgaagaaaaattggaaaaattagaaaagttggagccaatcaaa
gatccaatagttaagagctcagaggaaaaacccataaaacctgatgaggctcctattcct
acagaaaaagtggctaccgcagcgcccactccagtagccgctccagtttctactacccca
aagcccttggaaatagtggccacaaaaaactcggatactaaagagactaaagtggagagt
aagccctgtgttattcttgagcaagtggaaacgaagattcccgaagctcctcctattgct
gttaaatgcactcggcaattaaatactgaagctgacaaggtaaatacaacaaacgaaaag
ctgatcccattgaagacagaagtgccgctagtgcaagaggttgatacaaagcagaaaata
aataataaaaaggcggctttggaaacctcagtagcgaggaccgagaataccaataccaat
gcattgtgtaaaaaaccagatgctccaaataccggtaaaatgaatgttccagataaggac
acaaataaaccgacccaattactgcaagtcaaagaagaggaaaagcccaatgtgcgcgtc
ccgtcgtcctcattgccaatacgggacaaacatcaactgaaaaacaacgaacatccccag
ctgcaaaactctttaacttctcagttcccaatcaatcaaatgcccaactaccatcacact
tcgcagtactggcaatgggactattacagctataatctgtgtaattcagccacccagaaa
ggtcaaaaacaattccacaaagacctggctacaacaatggcctacacgcacaacttcaca
cagaacttgtaccagtcggcgaacttggcaatgcaagcccatcaccagatgcaccaccca
aaggataagcagaaggttgatcgaaaaataagcggcaaaaaggaggagttggcgaaagca
gcagccaacattagcactggcaacacggcaagagacgacggccatgcactcaactgcaat
gattacaatgtcaaccaggccaacatttatgaccagaagtgctccaaccaacaaaaacaa
tttaaagcaacggatcataaccagcaaatcaaggccatagataatgctcaaaaccctata
gccagacacgcgaatgccaaccaaacggagtcgggaattctgctgtcaagttctttgagc
cgcgagccttctgccgcgcccacaaagcagaaatcggagcacagtagcaacatagctcta
ggcgctacacgagacgataaaattaaagtaactcaaccgattctgcaatcggtcaataac
cattcaaatttgcaagttagcggtcaatctgatgttaataccaatatgccgtacaactca
gagtcggcctcgaacaatgcacccatacagcagcactatgattgtggtattaatgtgcaa
ataaatatggattcgccagcaagtattggcagtgccgtcaatcatggatcggaaaacacc
aatggactcatgcacagacagttctccgactgttccatgcaaaatcagtcggccacgacg
cccatgcacatgtccatccagaactcacatatccagcagcagaacaacatcaatatgaat
ttaacaccagaaggctcgcccaatttaaacatcatcggcaatgcacagcaccagcaccaa
aatagaaaactagcagtacaacagacggatattgttgcgagttccccgagtgcatcacac
cgagagccgacacccaagcaaattcggaatagtaattcatcaaataattctcagcaacgc
gactctaaggttccgaccgcaggaactacgcaaaatactcaccatcaacactctcagagt
actgtttcaaatatatcgaaggcacagcaacaagatggcataggcagcctgcagtttgcg
caatcgggaggacagcacggacatcagcagaatatgcagcccttggactacatacctatt
ccgcagattagtcaaaacttttcaacgaatccatcaaactatgacatagtcggtatgccg
gctgtcattcaacaacggatgtctctgaatagctcagtgcattctctatcgaactctcat
caacgcattgagcaaccttcgtcagcttgtgctgtaaataatttttatttacaaaataat
atgccatccaatgaaatcgtatcgaacgcatctcgtataccagtgtcaactaccttaggg
cccccatcttccatagctaataatgatcagtccatatcatcgaacagtgggggaacgacg
ccagctgtagtcggtcatttatgtagtctttcgaaactccaacagcttactaattgcctt
gaatctcagccatgtaatacgtccccgggagcacaatcgaatttagcaccatcgccgcac
catccaattccacccaattctatgacaccacctccgcatttgataatgcaaaacaggaac
gtttcgacgcctccaaatatgctacagacacaagtaactcccctccaatatcataaatat
tatgcaagcaacatgaacatcacgccgagcacatcaacgcagaacactaacagaaacact
cgaaacacaccatctgcccccattcagcatacctcggcggcaattagcggtagttcgaac
aaccgcacggcgaatgtccacatcagtcccaatctgatgtcacactatggcgccatcaat
agctatcgaatgtcgccgcagcagagtcctcctgccacggcgtacagttcgggcggcgaa
tatcccaattctcagattccaatgcaaatgggcgtaatgaacatgcaatctcagtaccag
gacgcgtgcgtgttacagcgagctacgcagcccaatccgatgtatccaacgtactcgcca
tacttggggttgaacagctcaatacgcagataa

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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