| Tag |
Content |
| WERAM ID |
WERAM-Art-0025 |
| Ensembl Protein ID |
AT1G67220.1 |
| Uniprot Accession |
Q9FYH1; HAC2_ARATH
|
| Genbank Protein ID |
NP_564891.4
|
| Protein Name |
Histone acetyltransferase HAC2 |
| Genbank Nucleotide ID |
NM_105391.4
|
| Gene Name |
HAC2;PCAT1;At1g67220;F1N21.4 |
| Ensembl Information |
|
| Details |
| Type |
Family |
Domain |
Substrates |
AA |
References (PMIDs) |
| HAT |
p300_CBP |
CBP/p300-type HAT |
|
K |
24653661
|
|
| Status |
Reviewed |
| Classification |
| Type |
Family |
E-value |
Score |
Start |
End |
| HAT |
p300_CBP |
9.70e-209 |
694.7 |
181 |
1268 |
|
| Organism |
Arabidopsis thaliana |
| NCBI Taxa ID |
3702 |
Functional Description
(View)Functional Description
Acetyltransferase enzyme. Acetylates histones, giving a specific tag for transcriptional activation (By similarity). No acetyltransferase activity found in vitro. |
Acetyltransferase enzyme. Acetylates histones, giving a specific tag for transcriptional activation (By similarity). No acetyltransferase activity found in vitro.
|
| Domain Profile |
HAT p300_CBP
CBP.txt 290 lsknakkklllmeklgetilpkkkdkilvelqksnkkksklvv 332
s n++kk + + +++ p+k d ++e+q s++ ks ++
AT1G67220.1 181 SSLNHEKK---LGTVVDIVEPMKCDERSKEVQGSSTSKSAKPK 220
34444444...44455556666666666666655555554333 PP
CBP.txt 281 alkaeg.qldlsknakkklllmeklgetilpkkkdkilvelqksnkkks 328
+ k + +++ s n++kk + + ++i p+k d ++e+q s++ ks
AT1G67220.1 234 TKKGNIqTEESSLNHEKK---LGTVVDIIEPMKCDERSKEVQGSSTSKS 279
222222022334444444...4555566777777777777776666555 PP
CBP.txt 276 kvkkralkaegqldlsknakkklllmeklgetilpkkkdkilvelqksnkkksklvvsgnrwvcekcknlqlcdkcyeaeqerlse 361
k ++r+ + +g + +sk++k k++ + + ++++ +kk +i++e + n++k +v+ kc + c+ + + e
AT1G67220.1 326 KCDERSKEVQG-SSTSKSEKPKVIKVYSFADVVTTTKKGNIQTEESSLNHEKKLGTVVDIV-EPMKCDEGTKCEVTTTNKGKIHTE 409
33333433344.4556666667777778888888888888777777766555443333322.355666666666555544444444 PP
CBP.txt 2 lgakkLpetkLskfleqrlfkklkkerqerarlqgksyeevpeaeelvvrvvassdktlevkkrlkerfveenfpeefpyrskalllfekidgvdv 97
+gak+Lpet+Ls+fleqrlfk+lk+er+++a+++gks+++vpe e l++rvv+s+d+tl+v+k++++++++enfp+efpyrsk++llf+k++gvd+
AT1G67220.1 781 SGAKDLPETVLSYFLEQRLFKRLKEERYQTAKATGKSINDVPEPEGLTLRVVFSADRTLTVNKQFASLLHKENFPSEFPYRSKVILLFQKVHGVDI 876
68********************************************************************************************** PP
CBP.txt 98 ClfglyvqefGsecsaPnqrrvyisyLdsvkyfrPevrtvagealrtavyheiLiGyleyvkklGfttayiWaCPPseGddyilychPedqkiPkt 193
C+f+l+vqefGsecs+Pnqr++yi+yLdsvkyf+Pe++t+agealrt+vyhe+LiGyley+k++Gftt+yiWaCPP+ G+dyi+y+hP++q++P+t
AT1G67220.1 877 CIFALFVQEFGSECSQPNQRSTYIFYLDSVKYFKPERVTFAGEALRTFVYHEVLIGYLEYCKLRGFTTSYIWACPPKIGQDYIMYSHPKTQQTPDT 972
************************************************************************************************ PP
CBP.txt 194 kkLreWykkmLekavkerivvevtnlykdifkqaeedrlvtaarLPyfeGdfWpnvleelikeleqeeeerkkkekkaaskkkvkkralkaegqld 289
kkLr+Wy++mL+ka+++r+v++vtnly+++f+++ee+ +taarLPyfeG+fW+n++e +i+++e+e++++ +k+ k s++kvk++++k++g d
AT1G67220.1 973 KKLRKWYVSMLQKAAEQRVVMNVTNLYDRFFDSTEEY--MTAARLPYFEGSFWSNRAEIMIQDIEREGNNELQKKVKLLSRRKVKTMSYKTTG--D 1064
*************************************..******************************************************..9 PP
CBP.txt 290 lsknakkklllmeklgetilpkkkdkilvelqksnkkksklvvsgnrwvcekcknlqlcdkcyeaeqerlseklyatmekekevlfvvrlkdvpaa 385
++++++k++llmekl+++++p+kkd ++vel++s++++sk+v+sg rw+cekcknl+lc++cy+a+qe+ e++y++m+kek++l++v+++ v ++
AT1G67220.1 1065 VDVDDVKNILLMEKLEKEVFPNKKDLMVVELNYSCTRCSKAVLSGLRWFCEKCKNLHLCESCYDAGQELPGEHIYKRMDKEKHQLSKVQVNGVLFS 1160
9999******************************************************************************************** PP
CBP.txt 386 eiedkdellesdlldgrdafLtlardkhyefssLrrakhsslmllyeLhnqt 437
++ed+d ++e+d++++r+afL+++++++y+f++Lr+akhss+m+l++Lh+++
AT1G67220.1 1161 TTEDNDIIQENDMFESRQAFLAFSQKHNYNFHTLRHAKHSSMMILHHLHTSN 1212
*************************************************987 PP
CBP.txt 312 kkdkilvelqksnkkksklvvsgnrwvcekcknlqlcdkcyeaeqerlseklyatm 367
k++ + + + +++ + k v ++ + c c +++ c cy ++ + + ++++t
AT1G67220.1 1213 KHHCSQNSSSLTCTACKKDVSTTIYFPCLLCPDYRACTGCYTKNRTLRHLHIFPTL 1268
555666777889999999999999999***************99999888888765 PP
|
Protein Sequence
(Fasta) | MAPPRKRTRD LMPKFLNTES FDEFNQRLNN LPAESNVTSD EDAQFLESRK CQSKRWRKEE 60
PLKLNLRSPW NVLCSPESIS SAKFIVEKTC LIPVPSFEEA ATNARRCLNT SSIPGSSGSA 120
SETNSGSDIT KQDFKNDSPS DSKKVQGSST SKSAKPKVIK VYSFVDLVTT TKKGNIQTEE 180
SSLNHEKKLG TVVDIVEPMK CDERSKEVQG SSTSKSAKPK VIKVYSFADV VTTTKKGNIQ 240
TEESSLNHEK KLGTVVDIIE PMKCDERSKE VQGSSTSKSA KLKVIKVYSF ADVVTTTKKG 300
NIQTEESSLN HEKKLGTVVD IVEPMKCDER SKEVQGSSTS KSEKPKVIKV YSFADVVTTT 360
KKGNIQTEES SLNHEKKLGT VVDIVEPMKC DEGTKCEVTT TNKGKIHTEE RSLNHEKKLG 420
TVVDIVEPMK CDEGSKCEVT TTNKGNTQTE ERSLNHEKKL GIGVDIVEPM KCDEGTKCEV 480
TTTNKGKIQT EERSLNYEKK LGIGVDIVEP MKCDEENKCE VNADTFDVVI VEPMKCNKVT 540
KCEVNVDTTG VNIVEPMKCN EVTKCEVNVD TIGVDIVEPM KCNEESKCEV NADTMSLQKR 600
SKRAVSLVER FTEEEIKLHI MSLKKPSTQS AVEGMCDLKE EEESCQLCDD GTLLFPPQPL 660
YCLLCSRRID DRSFYYTPGE EELSNAQHQI CSPCHSRCKT KFPLCGVFID KHKMLKRSNF 720
DNADTEEWVQ CESCEKWQHQ ICGLYNKLKD EDKTAEYICP TCLLEECQSI NNMALVDYTD 780
SGAKDLPETV LSYFLEQRLF KRLKEERYQT AKATGKSIND VPEPEGLTLR VVFSADRTLT 840
VNKQFASLLH KENFPSEFPY RSKVILLFQK VHGVDICIFA LFVQEFGSEC SQPNQRSTYI 900
FYLDSVKYFK PERVTFAGEA LRTFVYHEVL IGYLEYCKLR GFTTSYIWAC PPKIGQDYIM 960
YSHPKTQQTP DTKKLRKWYV SMLQKAAEQR VVMNVTNLYD RFFDSTEEYM TAARLPYFEG 1020
SFWSNRAEIM IQDIEREGNN ELQKKVKLLS RRKVKTMSYK TTGDVDVDDV KNILLMEKLE 1080
KEVFPNKKDL MVVELNYSCT RCSKAVLSGL RWFCEKCKNL HLCESCYDAG QELPGEHIYK 1140
RMDKEKHQLS KVQVNGVLFS TTEDNDIIQE NDMFESRQAF LAFSQKHNYN FHTLRHAKHS 1200
SMMILHHLHT SNKHHCSQNS SSLTCTACKK DVSTTIYFPC LLCPDYRACT GCYTKNRTLR 1260
HLHIFPTLPS ANRAPSRTVM VLEILNAISH ALLCQHKTTK SCSYPKCHEV KALFTHNVQC 1320
KIRKKGTRCN TCYKLWQTIR IHVYHCQDLN CPVPQCRDRK EVLIRKV 1367Protein Fasta Sequence
>AT1G67220.1|HAC2;PCAT1;At1g67220;F1N21.4|Arabidopsis thaliana
MAPPRKRTRDLMPKFLNTESFDEFNQRLNNLPAESNVTSDEDAQFLESRKCQSKRWRKEEPLKLNLRSPWNVLCSPESISSAKFIVEKTCLIPVPSFEEAATNARRCLNTSSIPGSSGSASETNSGSDITKQDFKNDSPSDSKKVQGSSTSKSAKPKVIKVYSFVDLVTTTKKGNIQTEESSLNHEKKLGTVVDIVEPMKCDERSKEVQGSSTSKSAKPKVIKVYSFADVVTTTKKGNIQTEESSLNHEKKLGTVVDIIEPMKCDERSKEVQGSSTSKSAKLKVIKVYSFADVVTTTKKGNIQTEESSLNHEKKLGTVVDIVEPMKCDERSKEVQGSSTSKSEKPKVIKVYSFADVVTTTKKGNIQTEESSLNHEKKLGTVVDIVEPMKCDEGTKCEVTTTNKGKIHTEERSLNHEKKLGTVVDIVEPMKCDEGSKCEVTTTNKGNTQTEERSLNHEKKLGIGVDIVEPMKCDEGTKCEVTTTNKGKIQTEERSLNYEKKLGIGVDIVEPMKCDEENKCEVNADTFDVVIVEPMKCNKVTKCEVNVDTTGVNIVEPMKCNEVTKCEVNVDTIGVDIVEPMKCNEESKCEVNADTMSLQKRSKRAVSLVERFTEEEIKLHIMSLKKPSTQSAVEGMCDLKEEEESCQLCDDGTLLFPPQPLYCLLCSRRIDDRSFYYTPGEEELSNAQHQICSPCHSRCKTKFPLCGVFIDKHKMLKRSNFDNADTEEWVQCESCEKWQHQICGLYNKLKDEDKTAEYICPTCLLEECQSINNMALVDYTDSGAKDLPETVLSYFLEQRLFKRLKEERYQTAKATGKSINDVPEPEGLTLRVVFSADRTLTVNKQFASLLHKENFPSEFPYRSKVILLFQKVHGVDICIFALFVQEFGSECSQPNQRSTYIFYLDSVKYFKPERVTFAGEALRTFVYHEVLIGYLEYCKLRGFTTSYIWACPPKIGQDYIMYSHPKTQQTPDTKKLRKWYVSMLQKAAEQRVVMNVTNLYDRFFDSTEEYMTAARLPYFEGSFWSNRAEIMIQDIEREGNNELQKKVKLLSRRKVKTMSYKTTGDVDVDDVKNILLMEKLEKEVFPNKKDLMVVELNYSCTRCSKAVLSGLRWFCEKCKNLHLCESCYDAGQELPGEHIYKRMDKEKHQLSKVQVNGVLFSTTEDNDIIQENDMFESRQAFLAFSQKHNYNFHTLRHAKHSSMMILHHLHTSNKHHCSQNSSSLTCTACKKDVSTTIYFPCLLCPDYRACTGCYTKNRTLRHLHIFPTLPSANRAPSRTVMVLEILNAISHALLCQHKTTKSCSYPKCHEVKALFTHNVQCKIRKKGTRCNTCYKLWQTIRIHVYHCQDLNCPVPQCRDRKEVLIRKV |
Nucleotide Sequence
(Fasta) | ATGGCTCCAC CGCGTAAAAG GACAAGGGAC TTGATGCCTA AGTTTCTTAA CACCGAAAGT 60
TTTGATGAGT TCAATCAGCG GTTGAACAAT CTACCTGCAG AGTCAAATGT TACGTCTGAT 120
GAAGATGCAC AGTTTCTTGA ATCGAGAAAA TGTCAGTCAA AGCGATGGAG AAAGGAAGAA 180
CCATTAAAGT TGAATCTTCG TAGTCCTTGG AATGTTTTAT GTAGTCCTGA GTCGATTAGC 240
TCTGCTAAGT TCATTGTGGA GAAGACATGT TTGATTCCAG TACCAAGTTT TGAGGAGGCT 300
GCTACTAATG CTAGAAGATG TTTAAATACA TCTTCTATAC CGGGAAGTAG CGGTTCTGCT 360
TCCGAGACAA ACAGCGGTTC TGATATAACG AAGCAAGATT TTAAGAACGA TTCTCCTTCG 420
GATAGTAAGA AGGTTCAGGG TTCTAGTACT AGCAAATCTG CAAAACCGAA GGTAATCAAG 480
GTTTATTCTT TCGTGGATCT GGTTACTACG ACAAAGAAAG GAAACATTCA AACCGAGGAA 540
AGTTCTTTAA ACCATGAGAA GAAACTTGGA ACTGTTGTGG ATATTGTTGA GCCGATGAAA 600
TGTGATGAAA GGAGTAAGGA GGTTCAGGGT TCTAGTACTA GCAAATCTGC AAAACCGAAG 660
GTAATCAAGG TTTATTCTTT CGCGGATGTG GTTACTACGA CAAAGAAAGG AAACATTCAA 720
ACCGAGGAAA GTTCTTTGAA CCATGAGAAG AAACTTGGAA CTGTTGTGGA TATTATTGAG 780
CCGATGAAAT GTGATGAAAG GAGTAAGGAG GTTCAGGGTT CTAGTACTAG CAAATCTGCA 840
AAACTGAAGG TAATCAAGGT TTATTCTTTC GCGGATGTGG TTACTACGAC AAAGAAAGGA 900
AACATTCAAA CCGAGGAAAG TTCTTTGAAC CATGAGAAGA AACTTGGAAC TGTTGTGGAT 960
ATTGTTGAGC CGATGAAATG TGATGAAAGG AGTAAGGAGG TTCAGGGTTC TAGTACTAGC 1020
AAATCTGAAA AACCGAAGGT AATCAAGGTT TATTCTTTCG CGGATGTGGT TACTACGACA 1080
AAGAAAGGAA ACATTCAAAC CGAGGAAAGT TCTTTGAACC ATGAGAAGAA ACTTGGAACT 1140
GTTGTGGATA TTGTTGAGCC GATGAAATGT GATGAAGGGA CCAAGTGTGA GGTTACTACG 1200
ACAAACAAAG GAAAGATTCA CACCGAGGAA AGGTCTTTGA ACCATGAGAA GAAACTTGGA 1260
ACTGTTGTGG ATATTGTTGA GCCGATGAAA TGTGATGAAG GGAGCAAGTG TGAGGTTACT 1320
ACGACAAACA AAGGAAACAC TCAAACCGAG GAAAGGTCTT TGAACCATGA GAAGAAACTT 1380
GGTATTGGTG TGGATATTGT TGAGCCGATG AAATGTGATG AAGGGACCAA GTGTGAGGTT 1440
ACTACGACAA ACAAAGGAAA GATTCAAACC GAGGAAAGGT CTTTGAACTA TGAGAAGAAA 1500
CTTGGAATTG GTGTGGATAT TGTTGAGCCG ATGAAATGTG ATGAAGAGAA CAAGTGTGAG 1560
GTTAATGCTG ACACATTTGA TGTGGTTATT GTTGAGCCAA TGAAATGTAA TAAAGTGACC 1620
AAGTGTGAGG TTAATGTTGA CACAACTGGT GTGAATATTG TTGAGCCAAT GAAATGTAAT 1680
GAAGTGACCA AGTGTGAGGT TAATGTTGAC ACAATTGGTG TGGATATTGT TGAGCCGATG 1740
AAATGTAATG AAGAGAGCAA GTGTGAGGTT AATGCTGACA CAATGTCTCT GCAAAAACGT 1800
AGCAAGAGAG CTGTCTCTTT GGTCGAACGT TTCACAGAAG AAGAGATAAA GCTGCATATA 1860
ATGAGTCTAA AGAAGCCAAG TACACAGAGC GCAGTCGAAG GAATGTGTGA CCTCAAGGAG 1920
GAGGAGGAAT CATGTCAATT GTGTGACGAT GGCACACTCT TGTTTCCACC ACAACCACTA 1980
TACTGCTTAT TATGCAGCCG CCGCATCGAT GACAGATCTT TCTATTATAC CCCTGGGGAA 2040
GAAGAACTAA GCAATGCGCA ACATCAAATC TGCAGTCCTT GTCACAGTAG ATGTAAAACC 2100
AAGTTCCCTT TATGTGGAGT CTTTATCGAT AAACACAAAA TGCTTAAAAG GAGTAACTTT 2160
GACAACGCAG ATACGGAGGA GTGGGTTCAA TGTGAATCTT GTGAAAAATG GCAACATCAG 2220
ATATGTGGTC TCTACAATAA GCTTAAAGAC GAAGACAAAA CCGCAGAGTA TATTTGTCCT 2280
ACATGTTTAT TAGAGGAGTG TCAAAGTATC AACAACATGG CACTCGTTGA CTATACGGAT 2340
TCTGGAGCAA AAGATTTGCC TGAAACTGTC CTCAGCTACT TTCTAGAGCA AAGGCTATTC 2400
AAGCGCCTCA AGGAAGAAAG ATACCAAACA GCAAAGGCTA CTGGGAAGAG CATCAATGAT 2460
GTACCTGAAC CAGAGGGTCT TACTCTCAGA GTCGTGTTTT CGGCTGACAG AACCTTAACT 2520
GTCAACAAAC AATTTGCCAG TTTACTTCAC AAAGAAAACT TTCCTAGTGA ATTCCCTTAC 2580
AGATCAAAGG TTATTCTTCT ATTTCAGAAA GTCCATGGAG TTGATATATG CATCTTTGCA 2640
TTGTTTGTCC AAGAGTTTGG ATCAGAATGT AGCCAACCAA ACCAACGCAG CACATACATA 2700
TTTTATCTCG ATTCTGTCAA ATACTTTAAA CCTGAGAGAG TAACATTCGC AGGAGAAGCT 2760
CTTCGAACTT TCGTTTATCA TGAAGTATTG ATTGGATATC TTGAATATTG TAAGCTTCGA 2820
GGTTTCACGA CGAGTTATAT ATGGGCGTGT CCACCTAAAA TAGGACAAGA CTACATAATG 2880
TATTCTCATC CTAAGACTCA GCAAACACCT GACACTAAGA AGCTTCGCAA ATGGTATGTG 2940
TCAATGCTCC AAAAAGCAGC CGAGCAGAGG GTAGTGATGA ATGTTACAAA CTTGTATGAT 3000
CGGTTCTTCG ATTCGACAGA GGAATATATG ACAGCTGCGC GGTTGCCTTA CTTTGAAGGA 3060
TCTTTCTGGT CCAATAGGGC TGAGATTATG ATTCAAGACA TTGAAAGAGA AGGCAATAAT 3120
GAGTTGCAGA AGAAGGTTAA ATTGCTTTCT AGAAGAAAAG TAAAGACTAT GAGCTACAAA 3180
ACTACGGGTG ATGTTGATGT TGATGATGTT AAAAACATTC TCCTGATGGA AAAGCTGGAA 3240
AAAGAGGTAT TCCCAAATAA GAAGGATTTA ATGGTGGTGG AATTGAATTA TTCATGCACA 3300
CGCTGTTCGA AAGCCGTATT ATCAGGATTG AGATGGTTTT GCGAGAAGTG CAAGAATCTT 3360
CATTTGTGTG AAAGCTGCTA TGATGCAGGA CAAGAGCTTC CTGGAGAACA CATATATAAG 3420
AGGATGGACA AAGAGAAGCA TCAGCTCTCA AAGGTTCAGG TGAACGGCGT ACTGTTTTCT 3480
ACAACAGAGG ATAATGATAT CATCCAAGAA AACGATATGT TCGAAAGCAG ACAAGCGTTC 3540
TTAGCTTTTT CTCAAAAGCA TAATTACAAC TTCCACACGC TTCGACATGC CAAGCATTCT 3600
TCGATGATGA TACTTCACCA TCTTCACACC TCAAACAAGC ATCATTGCTC TCAAAACTCT 3660
AGCAGTCTCA CCTGCACGGC CTGCAAAAAA GATGTTTCGA CAACGATTTA CTTCCCTTGT 3720
TTGCTCTGTC CGGATTACCG AGCTTGCACT GGATGCTATA CCAAAAACAG AACCCTTCGT 3780
CATCTTCATA TTTTCCCTAC ACTCCCTTCA GCTAATAGAG CGCCGTCGAG AACCGTAATG 3840
GTTCTTGAGA TATTGAACGC AATATCGCAT GCGCTTCTGT GTCAGCACAA GACCACTAAG 3900
TCATGCTCAT ACCCGAAATG CCACGAAGTT AAAGCATTGT TCACTCACAA TGTACAATGC 3960
AAAATCAGAA AGAAGGGAAC TCGTTGTAAT ACTTGCTACA AATTGTGGCA GACAATAAGG 4020
ATTCATGTGT ACCATTGCCA AGATCTCAAT TGCCCCGTAC CGCAGTGCAG AGATAGGAAG 4080
GAAGTCTTGA TTAGGAAGGT GTAAAGGCAC TAAAAGAGGA GTCAGAAGGA GGAATATGAA 4140
CATTGCATAG GTGCTGTGAT GATGATAGTG TTTGACTATA CAAGAAATTG TACAGAGCTA 4200
ACACCTTTTC TT
4213Nucleotide Fasta Sequence
>AT1G67220.1|p300_CBP|Arabidopsis thaliana
ATGGCTCCACCGCGTAAAAGGACAAGGGACTTGATGCCTAAGTTTCTTAACACCGAAAGTTTTGATGAGTTCAATCAGCGGTTGAACAATCTACCTGCAGAGTCAAATGTTACGTCTGATGAAGATGCACAGTTTCTTGAATCGAGAAAATGTCAGTCAAAGCGATGGAGAAAGGAAGAACCATTAAAGTTGAATCTTCGTAGTCCTTGGAATGTTTTATGTAGTCCTGAGTCGATTAGCTCTGCTAAGTTCATTGTGGAGAAGACATGTTTGATTCCAGTACCAAGTTTTGAGGAGGCTGCTACTAATGCTAGAAGATGTTTAAATACATCTTCTATACCGGGAAGTAGCGGTTCTGCTTCCGAGACAAACAGCGGTTCTGATATAACGAAGCAAGATTTTAAGAACGATTCTCCTTCGGATAGTAAGAAGGTTCAGGGTTCTAGTACTAGCAAATCTGCAAAACCGAAGGTAATCAAGGTTTATTCTTTCGTGGATCTGGTTACTACGACAAAGAAAGGAAACATTCAAACCGAGGAAAGTTCTTTAAACCATGAGAAGAAACTTGGAACTGTTGTGGATATTGTTGAGCCGATGAAATGTGATGAAAGGAGTAAGGAGGTTCAGGGTTCTAGTACTAGCAAATCTGCAAAACCGAAGGTAATCAAGGTTTATTCTTTCGCGGATGTGGTTACTACGACAAAGAAAGGAAACATTCAAACCGAGGAAAGTTCTTTGAACCATGAGAAGAAACTTGGAACTGTTGTGGATATTATTGAGCCGATGAAATGTGATGAAAGGAGTAAGGAGGTTCAGGGTTCTAGTACTAGCAAATCTGCAAAACTGAAGGTAATCAAGGTTTATTCTTTCGCGGATGTGGTTACTACGACAAAGAAAGGAAACATTCAAACCGAGGAAAGTTCTTTGAACCATGAGAAGAAACTTGGAACTGTTGTGGATATTGTTGAGCCGATGAAATGTGATGAAAGGAGTAAGGAGGTTCAGGGTTCTAGTACTAGCAAATCTGAAAAACCGAAGGTAATCAAGGTTTATTCTTTCGCGGATGTGGTTACTACGACAAAGAAAGGAAACATTCAAACCGAGGAAAGTTCTTTGAACCATGAGAAGAAACTTGGAACTGTTGTGGATATTGTTGAGCCGATGAAATGTGATGAAGGGACCAAGTGTGAGGTTACTACGACAAACAAAGGAAAGATTCACACCGAGGAAAGGTCTTTGAACCATGAGAAGAAACTTGGAACTGTTGTGGATATTGTTGAGCCGATGAAATGTGATGAAGGGAGCAAGTGTGAGGTTACTACGACAAACAAAGGAAACACTCAAACCGAGGAAAGGTCTTTGAACCATGAGAAGAAACTTGGTATTGGTGTGGATATTGTTGAGCCGATGAAATGTGATGAAGGGACCAAGTGTGAGGTTACTACGACAAACAAAGGAAAGATTCAAACCGAGGAAAGGTCTTTGAACTATGAGAAGAAACTTGGAATTGGTGTGGATATTGTTGAGCCGATGAAATGTGATGAAGAGAACAAGTGTGAGGTTAATGCTGACACATTTGATGTGGTTATTGTTGAGCCAATGAAATGTAATAAAGTGACCAAGTGTGAGGTTAATGTTGACACAACTGGTGTGAATATTGTTGAGCCAATGAAATGTAATGAAGTGACCAAGTGTGAGGTTAATGTTGACACAATTGGTGTGGATATTGTTGAGCCGATGAAATGTAATGAAGAGAGCAAGTGTGAGGTTAATGCTGACACAATGTCTCTGCAAAAACGTAGCAAGAGAGCTGTCTCTTTGGTCGAACGTTTCACAGAAGAAGAGATAAAGCTGCATATAATGAGTCTAAAGAAGCCAAGTACACAGAGCGCAGTCGAAGGAATGTGTGACCTCAAGGAGGAGGAGGAATCATGTCAATTGTGTGACGATGGCACACTCTTGTTTCCACCACAACCACTATACTGCTTATTATGCAGCCGCCGCATCGATGACAGATCTTTCTATTATACCCCTGGGGAAGAAGAACTAAGCAATGCGCAACATCAAATCTGCAGTCCTTGTCACAGTAGATGTAAAACCAAGTTCCCTTTATGTGGAGTCTTTATCGATAAACACAAAATGCTTAAAAGGAGTAACTTTGACAACGCAGATACGGAGGAGTGGGTTCAATGTGAATCTTGTGAAAAATGGCAACATCAGATATGTGGTCTCTACAATAAGCTTAAAGACGAAGACAAAACCGCAGAGTATATTTGTCCTACATGTTTATTAGAGGAGTGTCAAAGTATCAACAACATGGCACTCGTTGACTATACGGATTCTGGAGCAAAAGATTTGCCTGAAACTGTCCTCAGCTACTTTCTAGAGCAAAGGCTATTCAAGCGCCTCAAGGAAGAAAGATACCAAACAGCAAAGGCTACTGGGAAGAGCATCAATGATGTACCTGAACCAGAGGGTCTTACTCTCAGAGTCGTGTTTTCGGCTGACAGAACCTTAACTGTCAACAAACAATTTGCCAGTTTACTTCACAAAGAAAACTTTCCTAGTGAATTCCCTTACAGATCAAAGGTTATTCTTCTATTTCAGAAAGTCCATGGAGTTGATATATGCATCTTTGCATTGTTTGTCCAAGAGTTTGGATCAGAATGTAGCCAACCAAACCAACGCAGCACATACATATTTTATCTCGATTCTGTCAAATACTTTAAACCTGAGAGAGTAACATTCGCAGGAGAAGCTCTTCGAACTTTCGTTTATCATGAAGTATTGATTGGATATCTTGAATATTGTAAGCTTCGAGGTTTCACGACGAGTTATATATGGGCGTGTCCACCTAAAATAGGACAAGACTACATAATGTATTCTCATCCTAAGACTCAGCAAACACCTGACACTAAGAAGCTTCGCAAATGGTATGTGTCAATGCTCCAAAAAGCAGCCGAGCAGAGGGTAGTGATGAATGTTACAAACTTGTATGATCGGTTCTTCGATTCGACAGAGGAATATATGACAGCTGCGCGGTTGCCTTACTTTGAAGGATCTTTCTGGTCCAATAGGGCTGAGATTATGATTCAAGACATTGAAAGAGAAGGCAATAATGAGTTGCAGAAGAAGGTTAAATTGCTTTCTAGAAGAAAAGTAAAGACTATGAGCTACAAAACTACGGGTGATGTTGATGTTGATGATGTTAAAAACATTCTCCTGATGGAAAAGCTGGAAAAAGAGGTATTCCCAAATAAGAAGGATTTAATGGTGGTGGAATTGAATTATTCATGCACACGCTGTTCGAAAGCCGTATTATCAGGATTGAGATGGTTTTGCGAGAAGTGCAAGAATCTTCATTTGTGTGAAAGCTGCTATGATGCAGGACAAGAGCTTCCTGGAGAACACATATATAAGAGGATGGACAAAGAGAAGCATCAGCTCTCAAAGGTTCAGGTGAACGGCGTACTGTTTTCTACAACAGAGGATAATGATATCATCCAAGAAAACGATATGTTCGAAAGCAGACAAGCGTTCTTAGCTTTTTCTCAAAAGCATAATTACAACTTCCACACGCTTCGACATGCCAAGCATTCTTCGATGATGATACTTCACCATCTTCACACCTCAAACAAGCATCATTGCTCTCAAAACTCTAGCAGTCTCACCTGCACGGCCTGCAAAAAAGATGTTTCGACAACGATTTACTTCCCTTGTTTGCTCTGTCCGGATTACCGAGCTTGCACTGGATGCTATACCAAAAACAGAACCCTTCGTCATCTTCATATTTTCCCTACACTCCCTTCAGCTAATAGAGCGCCGTCGAGAACCGTAATGGTTCTTGAGATATTGAACGCAATATCGCATGCGCTTCTGTGTCAGCACAAGACCACTAAGTCATGCTCATACCCGAAATGCCACGAAGTTAAAGCATTGTTCACTCACAATGTACAATGCAAAATCAGAAAGAAGGGAACTCGTTGTAATACTTGCTACAAATTGTGGCAGACAATAAGGATTCATGTGTACCATTGCCAAGATCTCAATTGCCCCGTACCGCAGTGCAGAGATAGGAAGGAAGTCTTGATTAGGAAGGTGTAAAGGCACTAAAAGAGGAGTCAGAAGGAGGAATATGAACATTGCATAGGTGCTGTGATGATGATAGTGTTTGACTATACAAGAAATTGTACAGAGCTAACACCTTTTCTT
|
| Sequence Source |
Ensembl |
| Keyword |
KW-0010--Activator
KW-0012--Acyltransferase
KW-0156--Chromatin regulator
KW-0181--Complete proteome
KW-0479--Metal-binding
KW-0539--Nucleus
KW-1185--Reference proteome
KW-0677--Repeat
KW-0804--Transcription
KW-0805--Transcription regulation
KW-0808--Transferase
KW-0862--Zinc
KW-0863--Zinc-finger
--
|
| Interpro |
IPR031162--CBP_P300_HAT
IPR013178--Histone_AcTrfase_Rtt109/CBP
IPR011011--Znf_FYVE_PHD
IPR001965--Znf_PHD
IPR019787--Znf_PHD-finger
IPR013083--Znf_RING/FYVE/PHD
IPR000197--Znf_TAZ
IPR000433--Znf_ZZ
|
| PROSITE |
PS51727--CBP_P300_HAT
PS01359--ZF_PHD_1
PS50134--ZF_TAZ
PS01357--ZF_ZZ_1
PS50135--ZF_ZZ_2
|
| Pfam |
PF08214--HAT_KAT11
PF00628--PHD
PF02135--zf-TAZ
PF00569--ZZ
|
| Gene Ontology |
GO:0005634--C:nucleus
GO:0003712--F:transcription cofactor activity
GO:0016746--F:transferase activity, transferring acyl groups
GO:0008270--F:zinc ion binding
GO:0016573--P:histone acetylation
GO:0006355--P:regulation of transcription, DNA-templated
GO:0006351--P:transcription, DNA-templated
|
| Orthology |
|
| Created Date |
25-Jun-2016 |
