Tag |
Content |
WERAM ID |
WERAM-Scp-0007 |
Ensembl Protein ID |
SPAC17G8.13c.1:pep |
Uniprot Accession |
Q10325; MST2_SCHPO |
Genbank Protein ID |
NP_593736.1 |
Protein Name |
Histone acetyltransferase mst2 |
Genbank Nucleotide ID |
NM_001019167.2 |
Gene Name |
MST2;SPAC17G8.13c |
Ensembl Information |
|
Details |
Type |
Family |
Domain |
Substrates |
AA |
References (PMIDs) |
HAT |
MYST |
MYST-type HAT |
H3K14 |
K |
26223950 |
|
Status |
Reviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HAT |
MYST |
7.50e-117 |
387.5 |
101 |
372 |
|
Organism |
Schizosaccharomyces pombe |
NCBI Taxa ID |
284812 |
Functional Description (View)Functional Description
Component of the mst2 complex which is a highly specific H3 lysine 14 (H3K14) acetyltransferase that functions together with gcn5 to regulate global levels of H3K14 acetylation (H3K14ac), critical for DNA damage checkpoint activation. Negatively regulates telomere silencing. Telomere silencing is increased due to histone hypoacetylation and/or an increase in the ratio of methylated histones to acetylated histones. Telomeric histone acetylation contributes to normal meiotic progression. |
Component of the mst2 complex which is a highly specific H3 lysine 14 (H3K14) acetyltransferase that functions together with gcn5 to regulate global levels of H3K14 acetylation (H3K14ac), critical for DNA damage checkpoint activation. Negatively regulates telomere silencing. Telomere silencing is increased due to histone hypoacetylation and/or an increase in the ratio of methylated histones to acetylated histones. Telomeric histone acetylation contributes to normal meiotic progression.
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Domain Profile |
HAT MYST
MYST.txt 4 kniekielgkyeiktwysspfpeelkklkklyicefclkytkskeslkrhlkkCklrkpPgneiyrkdklsvfevdGkkqklycqnlClla 94 ++i+++ +g+y+ik+wy+sp+pee++ +k+lyice clky++s++ l+rh kC++++pPg+eiyr++++s+fevdG++q +ycqnlClla SPAC17G8.13c.1:pep 101 TSIRYLYFGTYRIKPWYTSPYPEEYSCAKNLYICESCLKYMNSDHVLQRHKMKCSWSYPPGDEIYRDKNISIFEVDGQRQPIYCQNLCLLA 191 67999************************************************************************************** PP MYST.txt 95 klfldhktlyydvepflFYvltetdekgahlvGyFskekesaekynlaCilvlPpyqrkGyGklLiefsYelsrkegkigsPekPLsdlgl 185 k+fl++k+lyydvepflFYvlte d ++++++GyFskek+sa++yn++Cil+lP+yqr+GyG +Li+fsY+l+++egk+gsPekPLsdlgl SPAC17G8.13c.1:pep 192 KMFLHSKMLYYDVEPFLFYVLTEFDGQECKVIGYFSKEKRSASDYNVSCILTLPIYQRRGYGVFLIDFSYLLTQVEGKLGSPEKPLSDLGL 282 ******************************************************************************************* PP MYST.txt 186 lsYrsyWkevllellkekeekkkitikelskatgiaveDivstleslnlike..kkgqyil.lksekiveellklakskkkklkvdeeklk 273 ++YrsyWk++++++l e ++ i+i++++k+t++ ++D++stlesl+++k+ k++y+l lk++++++ + +a++ k+ ++v+++ l+ SPAC17G8.13c.1:pep 283 VTYRSYWKMRVAKAL--LEITTPISINAIAKSTSMVCDDVISTLESLSVFKYdpLKKKYVLqLKRDELENVY--KAWNIKHPQRVNPKLLR 369 ***************..9999*****************************9954578999966666777776..778899*********** PP MYST.txt 274 wkp 276 w+p SPAC17G8.13c.1:pep 370 WTP 372 *97 PP
|
Protein Sequence (Fasta) | MPATILKSTA SSKTLLIIKF DTNSSRYPFY KKHLLELNSE STFLGLLTKG QADTSITRLN 60 QDDVRLFEKA KTVADRTKDV AYSFSDPILS TQLRTPPPQP TSIRYLYFGT YRIKPWYTSP 120 YPEEYSCAKN LYICESCLKY MNSDHVLQRH KMKCSWSYPP GDEIYRDKNI SIFEVDGQRQ 180 PIYCQNLCLL AKMFLHSKML YYDVEPFLFY VLTEFDGQEC KVIGYFSKEK RSASDYNVSC 240 ILTLPIYQRR GYGVFLIDFS YLLTQVEGKL GSPEKPLSDL GLVTYRSYWK MRVAKALLEI 300 TTPISINAIA KSTSMVCDDV ISTLESLSVF KYDPLKKKYV LQLKRDELEN VYKAWNIKHP 360 QRVNPKLLRW TPYLGEEQIS NLLLKENILI PLPQKRLLDN SHHLDSV 407Protein Fasta Sequence
>SPAC17G8.13c.1:pep|MST2;SPAC17G8.13c|Schizosaccharomyces pombe MPATILKSTASSKTLLIIKFDTNSSRYPFYKKHLLELNSESTFLGLLTKGQADTSITRLNQDDVRLFEKAKTVADRTKDVAYSFSDPILSTQLRTPPPQPTSIRYLYFGTYRIKPWYTSPYPEEYSCAKNLYICESCLKYMNSDHVLQRHKMKCSWSYPPGDEIYRDKNISIFEVDGQRQPIYCQNLCLLAKMFLHSKMLYYDVEPFLFYVLTEFDGQECKVIGYFSKEKRSASDYNVSCILTLPIYQRRGYGVFLIDFSYLLTQVEGKLGSPEKPLSDLGLVTYRSYWKMRVAKALLEITTPISINAIAKSTSMVCDDVISTLESLSVFKYDPLKKKYVLQLKRDELENVYKAWNIKHPQRVNPKLLRWTPYLGEEQISNLLLKENILIPLPQKRLLDNSHHLDSV
|
Nucleotide Sequence (Fasta) | GTTTGTAATG GCATTCAATC AAAAAGCTAA CAGTGAAGTT ATGAATGGTT ACTGTTTCAG 60 AATACAAAAG TAAAAAATAT GAGTAGTTTT TTATTTAACA AGAGTGAAAG GGTTATCTTT 120 GCAGAGATCG GATGGAGGTG GAAGTAAAGC AAGAACTAAG AAGAGAATGA GGGCACTACC 180 ACCAACTCAA TTATATTGAC CAAAGGATTA AATGGGGCCA TTAGGAAAAC TATGAACGAT 240 CTGTAAATAT AAACAATCTT TTTTTTTTAT GTATAATGCC GGCGACTATT TTGAAATCCA 300 CAGCCAGTTC AAAGACTTTG TTAATAATAA AGTTTGATAC AAACTCCTCC AGATATCCAT 360 TTTATAAGAA ACATTTATTA GAGTTAAATT CGGAAAGTAC TTTTTTGGGT CTATTAACTA 420 AAGGGCAAGC TGACACATCG ATTACGAGAC TCAACCAAGA CGATGTGAGG CTGTTTGAAA 480 AAGCAAAGAC AGTAGCAGAT AGGACAAAGG ATGTGGCTTA TTCATTTTCC GATCCTATTT 540 TATCTACACA GTTGCGAACG CCTCCACCAC AACCAACCTC CATTCGATAC CTCTATTTTG 600 GTACTTACCG GATAAAACCA TGGTATACAT CACCGTATCC AGAGGAGTAT AGCTGTGCAA 660 AAAATTTATA TATATGCGAA TCTTGTTTAA AGTATATGAA CAGTGATCAT GTACTACAAA 720 GGCACAAGAT GAAATGCTCA TGGAGTTATC CACCAGGAGA TGAAATATAT CGGGATAAGA 780 ATATATCAAT TTTTGAAGTT GATGGTCAAC GGCAACCGAT ATATTGTCAA AATTTATGTC 840 TTCTAGCAAA GATGTTTCTT CATTCAAAAA TGCTGTACTA TGACGTTGAA CCGTTTCTTT 900 TCTATGTATT GACTGAATTT GATGGCCAAG AATGCAAAGT TATTGGATAT TTCAGTAAAG 960 AGAAACGCTC GGCTTCTGAT TATAACGTTT CCTGTATATT AACATTACCC ATTTACCAAC 1020 GCCGAGGATA TGGTGTCTTT TTGATTGATT TTAGTTATTT ACTTACACAG GTAGAAGGTA 1080 AGCTTGGATC ACCTGAAAAG CCACTTTCAG ATTTAGGCCT CGTTACGTAC CGAAGCTATT 1140 GGAAAATGAG AGTAGCCAAA GCTCTATTGG AAATCACAAC ACCGATTAGC ATAAATGCTA 1200 TCGCCAAATC AACATCTATG GTATGCGACG ATGTTATATC CACATTGGAA TCGTTATCTG 1260 TATTTAAGTA TGATCCGCTC AAAAAGAAAT ATGTATTACA ACTGAAACGG GATGAACTTG 1320 AGAATGTTTA TAAAGCTTGG AATATCAAAC ACCCTCAAAG AGTAAATCCA AAACTTCTAA 1380 GATGGACGCC ATATCTCGGA GAAGAGCAGA TATCTAACCT TTTACTTAAA GAAAATATAC 1440 TTATTCCTCT ACCTCAAAAG CGTCTATTAG ATAACTCTCA TCATCTGGAT TCCGTTTAGT 1500 TCAAATAAAT AAGTATTTTA ATCTTTCGAT ATTTGTCGTG AAGCATTTGT ATCATCTACG 1560 GCTTGGTTGT TGCTCTATAT TAATGACGCC ATTTAATGCA GTAGACAACT CTAGGGAAAA 1620 TAAGTTGATG GTTGAATTGA TAGACTCACA ACCTAAAGCA CAATCTTGAA GTTGGCTCTT 1680 AATGTTTTGC AATTCGATTT CTTCTTCAGC AAGGTTTTCC ACACTGCTTA TGATAGCTCC 1740 ATCAAACGAA AATTCTGTTT GTTTCAATAC ATCTTTTATA GTTGTACCTT CATTCCACTT 1800 CAAAGTGGAA AGACGAGAAA TGCTTTGCTC CGGAATGTTT TTGAGGTTGA TTTTTGAGTT 1860 AAGATCGTAA ACTTTTTCAA CAGAAGCTTG GTGCGGTTTA GTCGGAATGG AAGTAACAAG 1920 AGTTTTCTTG GCTTTTGGCT TGGAAGTGGT TTTTCTATTT TCAAAGCGCA AACTTTCAAA 1980 AAGGGGAAGA AGTTCATTTC CTATAGAAGG CTCGTCGTTT GGTGGTTCGA TTTGTTTACC 2040 AGTCGAAGGA GTTGCCCGAA CAGTTGGCTG ACGGGACGGG TGCTTTGGAG GTAATTTAGG 2100 AATAGCCGGT GCTCCTGTTG GTTTTCGAGA AACAGACTTT GCTGATACTT TAGACGAACT 2160 GGAAGGCTTG TAAGATGACG TTAATACTGA AGGAGTTTCT AAGCTAGAAG ATAAAGCTGC 2220 CTGGGTAGCA TCACGATCCA CTTTACTAAA ATCGCTAGCA AATGTGTTTG ACTCCAAAGA 2280 AGAGCTTAGT TTCACGTCTT TTTGAGACAT ATTATACTTA CCAGCTTCTA GTGCCAAAGC 2340 TGTATTTTTC TCGTAAGAAC CACTGATGCT ATTCTTACCC CTTTCCGAAG AACTCGTTCC 2400 ACTGTTAAAT GAGGGTGCTT GTTCACGACG AGTAGTTTTA CGTAAAGAAG GTTTAGATGG 2460 AAACAATTGA GCTTGTTCTT GAATAAACAT TTCCCGTGTT TGATTATCTC GTCTTTGAGT 2520 TGAAGTATCG AATAAGACAT CATCTTTTCG GTCTCCTGAA GTCCTTGCAA TGGCAGAAGA 2580 ACTTGAAATT TCTATAACAT CACTATGGGC AGATGATGGG GTCCCCCGGG AAACGTTGGA 2640 AGAAGGCTTA TTGTCAGAAA ACCGTCTTTC TTTTTCAACA CTCAACTTCT TTTTGGCTGA 2700 TCGAGAAGAA TCAATAGTGA GCTTCTTCTC GATGCGAGGC TGATCCGTTT CTAAATTGGT 2760 AACAATTGGG CCGTCCGAAA AATTACGGTT ATGTGCGACT CGAGAGTTAA AAGATGAGGA 2820 AACTTGTTCT GAAGAATTTT CAGGTAATGA TGACCTTGCT TTAGGAATAG CTAGGCTCTT 2880 TGCAGGATAG AGATTAGGTT TGTTATCAGC AAAGGAATTA CGATAGGCCC AGTCCACTTT 2940 GCGGCCATCA GTCGTAGTCA CTGAAAGCGG CCTGCCCATA TAGTACATAT AATTTTTAGC 3000 AACAGAAAAA ACAAATCGAT CGCGAGCAGA AGTGTCCTGA GTTCGCAACA AATGTGGCTT 3060 GTTTATTGTC ATAGTAACAT CATGATCATT AATTACAGTA ATATTCTGCA ACTCAAATAA 3120 AGGCCAGGAT TTCACGACTG TCATTCCGCC TTTATCATTT ACTTTCAATC TGTGTATATA 3180 AAAAATACGA GTCACATCAT CACAAGTCAA AGCAATGTAG CGGGGTTTCA TCTTTGAGCC 3240 AACAACATTA ACTCCTCTTT CTTCCTCCAC CGGAAGATAT GCTAATGATT GCTCATGAGC 3300 TTTCCGTTTA TCGGTAGTTT GAGCCGAATT GACAGCTTGT AGAATTTCTT GTTCAACGGC 3360 ATTAGGGTTA GAAGCCATTC GTCTGAAGTG GTGTATTAAA TGAAAAAAAT TGGGTTAAAT 3420 AGATAAATAT TAACAAAAAA AAAACCA
3448Nucleotide Fasta Sequence
>SPAC17G8.13c.1:pep|MYST|Schizosaccharomyces pombe GTTTGTAATGGCATTCAATCAAAAAGCTAACAGTGAAGTTATGAATGGTTACTGTTTCAGAATACAAAAGTAAAAAATATGAGTAGTTTTTTATTTAACAAGAGTGAAAGGGTTATCTTTGCAGAGATCGGATGGAGGTGGAAGTAAAGCAAGAACTAAGAAGAGAATGAGGGCACTACCACCAACTCAATTATATTGACCAAAGGATTAAATGGGGCCATTAGGAAAACTATGAACGATCTGTAAATATAAACAATCTTTTTTTTTTATGTATAATGCCGGCGACTATTTTGAAATCCACAGCCAGTTCAAAGACTTTGTTAATAATAAAGTTTGATACAAACTCCTCCAGATATCCATTTTATAAGAAACATTTATTAGAGTTAAATTCGGAAAGTACTTTTTTGGGTCTATTAACTAAAGGGCAAGCTGACACATCGATTACGAGACTCAACCAAGACGATGTGAGGCTGTTTGAAAAAGCAAAGACAGTAGCAGATAGGACAAAGGATGTGGCTTATTCATTTTCCGATCCTATTTTATCTACACAGTTGCGAACGCCTCCACCACAACCAACCTCCATTCGATACCTCTATTTTGGTACTTACCGGATAAAACCATGGTATACATCACCGTATCCAGAGGAGTATAGCTGTGCAAAAAATTTATATATATGCGAATCTTGTTTAAAGTATATGAACAGTGATCATGTACTACAAAGGCACAAGATGAAATGCTCATGGAGTTATCCACCAGGAGATGAAATATATCGGGATAAGAATATATCAATTTTTGAAGTTGATGGTCAACGGCAACCGATATATTGTCAAAATTTATGTCTTCTAGCAAAGATGTTTCTTCATTCAAAAATGCTGTACTATGACGTTGAACCGTTTCTTTTCTATGTATTGACTGAATTTGATGGCCAAGAATGCAAAGTTATTGGATATTTCAGTAAAGAGAAACGCTCGGCTTCTGATTATAACGTTTCCTGTATATTAACATTACCCATTTACCAACGCCGAGGATATGGTGTCTTTTTGATTGATTTTAGTTATTTACTTACACAGGTAGAAGGTAAGCTTGGATCACCTGAAAAGCCACTTTCAGATTTAGGCCTCGTTACGTACCGAAGCTATTGGAAAATGAGAGTAGCCAAAGCTCTATTGGAAATCACAACACCGATTAGCATAAATGCTATCGCCAAATCAACATCTATGGTATGCGACGATGTTATATCCACATTGGAATCGTTATCTGTATTTAAGTATGATCCGCTCAAAAAGAAATATGTATTACAACTGAAACGGGATGAACTTGAGAATGTTTATAAAGCTTGGAATATCAAACACCCTCAAAGAGTAAATCCAAAACTTCTAAGATGGACGCCATATCTCGGAGAAGAGCAGATATCTAACCTTTTACTTAAAGAAAATATACTTATTCCTCTACCTCAAAAGCGTCTATTAGATAACTCTCATCATCTGGATTCCGTTTAGTTCAAATAAATAAGTATTTTAATCTTTCGATATTTGTCGTGAAGCATTTGTATCATCTACGGCTTGGTTGTTGCTCTATATTAATGACGCCATTTAATGCAGTAGACAACTCTAGGGAAAATAAGTTGATGGTTGAATTGATAGACTCACAACCTAAAGCACAATCTTGAAGTTGGCTCTTAATGTTTTGCAATTCGATTTCTTCTTCAGCAAGGTTTTCCACACTGCTTATGATAGCTCCATCAAACGAAAATTCTGTTTGTTTCAATACATCTTTTATAGTTGTACCTTCATTCCACTTCAAAGTGGAAAGACGAGAAATGCTTTGCTCCGGAATGTTTTTGAGGTTGATTTTTGAGTTAAGATCGTAAACTTTTTCAACAGAAGCTTGGTGCGGTTTAGTCGGAATGGAAGTAACAAGAGTTTTCTTGGCTTTTGGCTTGGAAGTGGTTTTTCTATTTTCAAAGCGCAAACTTTCAAAAAGGGGAAGAAGTTCATTTCCTATAGAAGGCTCGTCGTTTGGTGGTTCGATTTGTTTACCAGTCGAAGGAGTTGCCCGAACAGTTGGCTGACGGGACGGGTGCTTTGGAGGTAATTTAGGAATAGCCGGTGCTCCTGTTGGTTTTCGAGAAACAGACTTTGCTGATACTTTAGACGAACTGGAAGGCTTGTAAGATGACGTTAATACTGAAGGAGTTTCTAAGCTAGAAGATAAAGCTGCCTGGGTAGCATCACGATCCACTTTACTAAAATCGCTAGCAAATGTGTTTGACTCCAAAGAAGAGCTTAGTTTCACGTCTTTTTGAGACATATTATACTTACCAGCTTCTAGTGCCAAAGCTGTATTTTTCTCGTAAGAACCACTGATGCTATTCTTACCCCTTTCCGAAGAACTCGTTCCACTGTTAAATGAGGGTGCTTGTTCACGACGAGTAGTTTTACGTAAAGAAGGTTTAGATGGAAACAATTGAGCTTGTTCTTGAATAAACATTTCCCGTGTTTGATTATCTCGTCTTTGAGTTGAAGTATCGAATAAGACATCATCTTTTCGGTCTCCTGAAGTCCTTGCAATGGCAGAAGAACTTGAAATTTCTATAACATCACTATGGGCAGATGATGGGGTCCCCCGGGAAACGTTGGAAGAAGGCTTATTGTCAGAAAACCGTCTTTCTTTTTCAACACTCAACTTCTTTTTGGCTGATCGAGAAGAATCAATAGTGAGCTTCTTCTCGATGCGAGGCTGATCCGTTTCTAAATTGGTAACAATTGGGCCGTCCGAAAAATTACGGTTATGTGCGACTCGAGAGTTAAAAGATGAGGAAACTTGTTCTGAAGAATTTTCAGGTAATGATGACCTTGCTTTAGGAATAGCTAGGCTCTTTGCAGGATAGAGATTAGGTTTGTTATCAGCAAAGGAATTACGATAGGCCCAGTCCACTTTGCGGCCATCAGTCGTAGTCACTGAAAGCGGCCTGCCCATATAGTACATATAATTTTTAGCAACAGAAAAAACAAATCGATCGCGAGCAGAAGTGTCCTGAGTTCGCAACAAATGTGGCTTGTTTATTGTCATAGTAACATCATGATCATTAATTACAGTAATATTCTGCAACTCAAATAAAGGCCAGGATTTCACGACTGTCATTCCGCCTTTATCATTTACTTTCAATCTGTGTATATAAAAAATACGAGTCACATCATCACAAGTCAAAGCAATGTAGCGGGGTTTCATCTTTGAGCCAACAACATTAACTCCTCTTTCTTCCTCCACCGGAAGATATGCTAATGATTGCTCATGAGCTTTCCGTTTATCGGTAGTTTGAGCCGAATTGACAGCTTGTAGAATTTCTTGTTCAACGGCATTAGGGTTAGAAGCCATTCGTCTGAAGTGGTGTATTAAATGAAAAAAATTGGGTTAAATAGATAAATATTAACAAAAAAAAAACCA
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Sequence Source |
Ensembl |
Keyword |
KW-0007--Acetylation KW-0156--Chromatin regulator KW-0181--Complete proteome KW-0963--Cytoplasm KW-0227--DNA damage KW-0479--Metal-binding KW-0539--Nucleus KW-1185--Reference proteome KW-0808--Transferase KW-0862--Zinc KW-0863--Zinc-finger --
|
Interpro |
IPR016181--Acyl_CoA_acyltransferase IPR002717--HAT_MYST-type
|
PROSITE |
PS51726--MYST_HAT
|
Pfam |
PF01853--MOZ_SAS
|
Gene Ontology |
GO:0034507--C:chromosome, centromeric outer repeat region GO:0005829--C:cytosol GO:0036410--C:Mst2 histone acetyltransferase complex GO:0000790--C:nuclear chromatin GO:0005634--C:nucleus GO:0036408--F:histone acetyltransferase activity (H3-K14 specific) GO:0046872--F:metal ion binding GO:0006974--P:cellular response to DNA damage stimulus GO:1902368--P:heterochromatin maintenance involved in chromatin silencing at centromere outer repeat region GO:0044154--P:histone H3-K14 acetylation GO:0016570--P:histone modification GO:0031939--P:negative regulation of chromatin silencing at telomere GO:0033696--P:negative regulation of extent of heterochromatin assembly GO:0051445--P:regulation of meiotic cell cycle
|
Orthology |
|
Created Date |
25-Jun-2016 |