Tag |
Content |
WERAM ID |
WERAM-Scp-0019 |
Ensembl Protein ID |
SPAC637.12c.1:pep |
Uniprot Accession |
O94446; ESA1_SCHPO; Q9USC8 |
Genbank Protein ID |
NP_594630.1 |
Protein Name |
Histone acetyltransferase mst1 |
Genbank Nucleotide ID |
NM_001020058.2 |
Gene Name |
MST1;esa1;SPAC637.12c |
Ensembl Information |
|
Details |
Type |
Family |
Domain |
Substrates |
AA |
References (PMIDs) |
HAT |
MYST |
MYST-type HAT |
H2AK4; H2AK7; H3K14; H4K5; H4K8; H4K12; H4K16 |
K |
26223950 |
|
Status |
Reviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HAT |
MYST |
9.00e-122 |
403.7 |
180 |
446 |
|
Organism |
Schizosaccharomyces pombe |
NCBI Taxa ID |
284812 |
Functional Description (View)Functional Description
Catalytic component of the NuA4 histone acetyltransferase (HAT) complex which is involved in epigenetic transcriptional activation of selected genes principally by acetylation of nucleosomal histones H4, H3, H2B, H2A and H2A variant H2A.Z. Acetylates histone H4 to form H4K5ac, H4K8ac, H4K12ac and H4K16ac, histone H3 to form H3K14ac, and histone H2A to form H2AK4ac and H2AK7ac. Acetylation of histone H4 is essential for DNA double-strand break repair through homologous recombination. Involved in cell cycle progression. Recruitment to promoters depends on H3K4me (By similarity). |
Catalytic component of the NuA4 histone acetyltransferase (HAT) complex which is involved in epigenetic transcriptional activation of selected genes principally by acetylation of nucleosomal histones H4, H3, H2B, H2A and H2A variant H2A.Z. Acetylates histone H4 to form H4K5ac, H4K8ac, H4K12ac and H4K16ac, histone H3 to form H3K14ac, and histone H2A to form H2AK4ac and H2AK7ac. Acetylation of histone H4 is essential for DNA double-strand break repair through homologous recombination. Involved in cell cycle progression. Recruitment to promoters depends on H3K4me (By similarity).
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Domain Profile |
HAT MYST
MYST.txt 2 kvkniekielgkyeiktwysspfpeelkklkklyicefclkytkskeslkrhlkkCklrkpPgneiyrkdklsvfevdGkkqklycqnlCll 93 +++ni+ki +g++ei++wy+sp+p+e+++++ +yic fc+ y+ s+++++rh +kC+l++pPgneiyr+d +s+fe+dG+kq+++c+n+Cll SPAC637.12c.1:pep 180 RIRNINKICIGDHEIEPWYFSPYPKEFSEVDIVYICSFCFCYYGSERQFQRHREKCTLQHPPGNEIYRDDYISFFEIDGRKQRTWCRNICLL 271 689***************************************************************************************** PP MYST.txt 94 aklfldhktlyydvepflFYvltetdekgahlvGyFskekesaekynlaCilvlPpyqrkGyGklLiefsYelsrkegkigsPekPLsdlgl 185 +klfldhk+lyydv+pflFY+++++de g+hlvGyFskekes+e+ynlaCil+lP+yqr+GyGklLi+fsYel+++e+k+gsPekPLsdlgl SPAC637.12c.1:pep 272 SKLFLDHKMLYYDVDPFLFYCMCRRDEYGCHLVGYFSKEKESSENYNLACILTLPQYQRHGYGKLLIQFSYELTKREHKHGSPEKPLSDLGL 363 ******************************************************************************************** PP MYST.txt 186 lsYrsyWkevllellkekeekkkitikelskatgiaveDivstleslnlikekkgqyillksekiveellklakskkkklkvdeekl 272 +sYr+yW+e++++l+ ++++ ti+el+++t+++++D+++tl++ln++k++kgq+i++ s+ i++++++l++ kk+++++ + l SPAC637.12c.1:pep 364 ISYRAYWAEQIINLV--LGMRTETTIDELANKTSMTTNDVLHTLQALNMLKYYKGQFIICISDGIEQQYERLKN--KKRRRINGDLL 446 **************9..9999************************************************99888..55555665555 PP
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Protein Sequence (Fasta) | MSNDVDDESK IETKSYEAKD IVYKSKVFAF KDGEYRKAEI LMIQKRTRGV VYYVHYNDYN 60 KRLDEWITID NIDLSKGIEY PPPEKPKKAH GKGKSSKRPK AVDRRRSITA PSKTEPSTPS 120 TEKPEPSTPS GESDHGSNAG NESLPLLEED HKPESLSKEQ EVERLRFSGS MVQNPHEIAR 180 IRNINKICIG DHEIEPWYFS PYPKEFSEVD IVYICSFCFC YYGSERQFQR HREKCTLQHP 240 PGNEIYRDDY ISFFEIDGRK QRTWCRNICL LSKLFLDHKM LYYDVDPFLF YCMCRRDEYG 300 CHLVGYFSKE KESSENYNLA CILTLPQYQR HGYGKLLIQF SYELTKREHK HGSPEKPLSD 360 LGLISYRAYW AEQIINLVLG MRTETTIDEL ANKTSMTTND VLHTLQALNM LKYYKGQFII 420 CISDGIEQQY ERLKNKKRRR INGDLLADWQ PPVFHPSQLR FGW 463Protein Fasta Sequence
>SPAC637.12c.1:pep|MST1;esa1;SPAC637.12c|Schizosaccharomyces pombe MSNDVDDESKIETKSYEAKDIVYKSKVFAFKDGEYRKAEILMIQKRTRGVVYYVHYNDYNKRLDEWITIDNIDLSKGIEYPPPEKPKKAHGKGKSSKRPKAVDRRRSITAPSKTEPSTPSTEKPEPSTPSGESDHGSNAGNESLPLLEEDHKPESLSKEQEVERLRFSGSMVQNPHEIARIRNINKICIGDHEIEPWYFSPYPKEFSEVDIVYICSFCFCYYGSERQFQRHREKCTLQHPPGNEIYRDDYISFFEIDGRKQRTWCRNICLLSKLFLDHKMLYYDVDPFLFYCMCRRDEYGCHLVGYFSKEKESSENYNLACILTLPQYQRHGYGKLLIQFSYELTKREHKHGSPEKPLSDLGLISYRAYWAEQIINLVLGMRTETTIDELANKTSMTTNDVLHTLQALNMLKYYKGQFIICISDGIEQQYERLKNKKRRRINGDLLADWQPPVFHPSQLRFGW
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Nucleotide Sequence (Fasta) | GTTCACAAAA AACATACCGA CATTTAACGA ATCGGTAAAG AAATGTTTTC GAAACTAGCA 60 AAACTCACCA CCATGAAAAA AAAATTTTCA GGGTGGCTAC ACAATTTGTA CATGGAATAA 120 GTATCCACTT ATTGAGACTC AAGATGTCGA ATGATGTTGA TGATGAGTCC AAGATTGAAA 180 CAAAGTCTTA TGAGGCTAAA GACATAGTTT ATAAATCCAA AGTCTTTGCA TTTAAGGATG 240 GAGAATATCG AAAGGCGGAG ATTTTAATGA TTCAAAAAAG AACTAGAGGC GTCGTCTACT 300 ATGTACACTA TAATGACTAC AATAAACGTT TAGATGAATG GATTACAATA GATAATATTG 360 ATTTATCGAA AGGAATTGAG TATCCACCGC CGGAGAAGCC AAAAAAGGCT CATGGAAAAG 420 GAAAATCCTC AAAACGTCCA AAAGCTGTTG ACAGACGACG ATCGATTACA GCACCTTCAA 480 AAACTGAGCC TTCGACGCCT TCTACGGAGA AACCTGAACC ATCCACCCCT TCTGGAGAAA 540 GTGATCATGG ATCAAATGCC GGGAATGAAA GTTTACCGTT ATTGGAGGAA GACCACAAGC 600 CCGAAAGTCT TTCAAAAGAA CAAGAAGTAG AAAGGTTACG GTTCAGTGGC TCAATGGTTC 660 AAAATCCTCA CGAAATAGCT CGAATTCGTA ATATAAACAA AATTTGCATA GGAGATCATG 720 AAATTGAACC TTGGTACTTC TCACCGTACC CTAAAGAATT TTCGGAAGTA GATATAGTTT 780 ATATTTGCAG TTTTTGTTTC TGCTATTACG GATCTGAGCG ACAATTTCAA AGACACCGCG 840 AAAAATGTAC ATTGCAGCAT CCACCCGGAA ATGAAATATA CCGTGATGAC TATATATCCT 900 TTTTTGAAAT TGATGGAAGA AAGCAACGTA CATGGTGTAG GAATATTTGT CTTTTGTCCA 960 AACTTTTTCT GGATCACAAA ATGCTTTACT ATGATGTTGA TCCCTTTTTG TTTTACTGTA 1020 TGTGTCGCCG CGATGAATAT GGATGTCACT TGGTAGGATA TTTCTCAAAA GAAAAAGAGT 1080 CCTCCGAAAA TTACAACCTT GCTTGTATCT TAACTTTACC TCAATACCAA AGACATGGTT 1140 ATGGCAAGTT ACTCATACAA TTTTCTTATG AATTGACCAA GCGTGAGCAC AAACACGGCT 1200 CACCTGAAAA ACCACTTTCT GATTTGGGGT TGATTAGTTA TCGAGCGTAT TGGGCTGAAC 1260 AAATCATCAA CCTTGTGCTT GGAATGCGAA CTGAAACCAC TATTGACGAA TTAGCCAACA 1320 AAACTTCAAT GACTACTAAT GATGTGCTAC ATACACTTCA AGCACTAAAT ATGCTTAAAT 1380 ATTACAAAGG TCAATTTATT ATCTGTATTT CAGATGGAAT TGAGCAACAA TACGAAAGAT 1440 TGAAGAACAA AAAAAGAAGA AGGATCAATG GAGATTTGTT GGCAGATTGG CAACCTCCTG 1500 TTTTTCACCC TTCCCAACTA CGATTTGGAT GGTAATTCTG TACAAAGAAT GGATTAGATG 1560 CTGGTCGTCT TTCTTAAAAA AAAAAAAAAT TCTCATAATT AAAGTATCTC CTAGATATAT 1620 ATTAATGATA CTTAAAGTTT GAAGGAATAG AGACTAATTT GTAACCTTTT ATTTCATTTT 1680 AGTTACTTTT GTAATTTCGA TATTCCTTTG ATTAGAAAAG CCTCTGCTAT TGCCTTGGTT 1740 TTTTCGGCTG CTCCATTTTG CAGGATAGCT GGATATCGTA TACTAGCCCA CATGTATGCT 1800 ACTATTAATT TGTGAAGCTG CTCTAGTTGT TGTAACTCGG TTTCAGTGGT TGGAATTCCG 1860 CGTTCTAATA TTTCCAAAGG TACAGACTTC AAATCATATA TTTGCAGACG TTTTCCTTGA 1920 GCGATAACAC ATCCGATTTC CCGAATAAAT AGTGGTGCGT ATTTAGAATG CTTTAACACT 1980 GGGCACCCTA ACAATTTGAT TTTATCTTTA ATGGTTAAAC CTTTTATGTG GTCTAAATAT 2040 TCAATAATGA ATGTGCTTAG TGCTCCTTCC GACACAACAA ATGGAGTAGT CGTTTTCGCT 2100 AACTTAAAGT AACGATCGAA AATTAGCTTT TGAGGAATGT CATCAGAGAA TAGTGATAAA 2160 TATCTAAAGA ATAAATCGTC CTTAGCTCCA ATACAAGCAT TGAATAAGTT CTTTGTAGGA 2220 AGATTCATGG CGCGATTTAA TTTCGCAAAA TCTTTTTGAT ATAGGGTAGT TACTATTCCA 2280 GCACTTTGCT TAGATCCATT GGGATTATGT CGGCCAGCTC TTCCTGCTAT CTGCTTAATT 2340 TGTGGTACAG GGATGTCTAT AGTGGAAACT CCACTAAACT TTTTTAAATC GCTGAAAACA 2400 ATACGCTTTA CGCCTAAGTT GAGACCCATA CCAATGGCAT CGGAGGCCAG CAAAATATTT 2460 TCATCAGAAC TCTTTGAATT AAATAAGCTT GCTTGTTGAT TACGGACTTC AGGAGGCAGT 2520 GAACCATAAA TAACGGCAGA TTTTTTTCCT AATGCTTGAT CAATTTTAGA CTTCAAAGTA 2580 AAAATGTTTT TCCTTGAAAA AGCCACAACA CAATCCCCGT CTTTGAGTTC ACTTAACTTT 2640 CCATTTAAGC TCTTTTCTGC AACGTGGAGA GGATTTAACC GTTCGTATCT GTAAACAGTA 2700 AAATCATCTT GGGTCATTTT AGCAATTGAA CGCACTAATT TAACAACACT TTCTTCTCCG 2760 CATAAATGAA TTTCCTTAGC CTGCAAGCCA AGCAAGCATT GAGTCCAAGC ATATCCCCGT 2820 GAAGGATCAG CCATCATTTG GATTTCATCA ATGACTGCAA CATCAAAAGT AGTAGATAAG 2880 TTGCACATTT CTACAGTACA TGAAACAACC TGAGGGAAAG GATAATCATT TCTAATCTCT 2940 TCCCCTGTGT AAAGATTACA AGCTATTCCG TTTGCTTGCA AGCGATTATA GATTTCGTGA 3000 GCCAAAAGTC TTAAAGGGCC AGCAAATATA CCTTTCTTGC AAGTCTTAAG TCTTTCTAAA 3060 GCCCTATGTG TTTTCCCGCT ATTCGTTGGG CCGACATGCA TAATGATATG CCTTCTGAGT 3120 TTTCTCGCTC CTGGATACCA CTCAATTGGA TTTTTTAAAT CTGTTAATTG CTTTTGTAAG 3180 TCAGGTCTTG TTTCTTCTAT TCGCTCTTGA TATCGTACAT ACTTCCGATA CTCTGAGAGT 3240 AAACAATCAT GGATCTTTTT TATTTTCTGA AGGTCAAAAG TAGAAGAAGA TTTTGAAAGA 3300 GCCAATGATT TATCAGAGTT TTTTAAGTCA GAAAATCCTA AATCTGTAAG GATATTCTTT 3360 TTTAACTCAT AATAGTATAC ATTCTGAAAG ACACTGGCAT CCTTGCAGAC ATTGACAAAG 3420 TCTTGGGCTA AGTATGCTTG TTTTGACGAA AGTTCTTTGG AAGCAAATAA ATATGCAGTG 3480 AAGCGATTGA GGGCAGCAGC CCACAAGGTA TTTCCTGGGA ATTTCCTTTG TTGAAAAACA 3540 TCCTTTGATA AAGTGTGAAT TCTAGCAGAC TTGCTAAAAA ACGGTACACA AAACGTTACG 3600 CCATGAATCA AAGTTTCCAA AAACATTCCT GGCGAGTTAA AATCTTTCTA GCAATGCTCT 3660 ATTGCTGGCC GCCCTGTAAC CAGAGCAAAA CTTAATCCAA GTATTTAAAG TAATTTAAAA 3720 ACAAGAAATG TTTATATAGA AAATTAAATA CTTCTCAAAC GTCTGAAGGT CCCTGGCTTT 3780 ATCGCTTTTA AAAATATTAC CTTCTATTAA TTAAAAAA
3819Nucleotide Fasta Sequence
>SPAC637.12c.1:pep|MYST|Schizosaccharomyces pombe GTTCACAAAAAACATACCGACATTTAACGAATCGGTAAAGAAATGTTTTCGAAACTAGCAAAACTCACCACCATGAAAAAAAAATTTTCAGGGTGGCTACACAATTTGTACATGGAATAAGTATCCACTTATTGAGACTCAAGATGTCGAATGATGTTGATGATGAGTCCAAGATTGAAACAAAGTCTTATGAGGCTAAAGACATAGTTTATAAATCCAAAGTCTTTGCATTTAAGGATGGAGAATATCGAAAGGCGGAGATTTTAATGATTCAAAAAAGAACTAGAGGCGTCGTCTACTATGTACACTATAATGACTACAATAAACGTTTAGATGAATGGATTACAATAGATAATATTGATTTATCGAAAGGAATTGAGTATCCACCGCCGGAGAAGCCAAAAAAGGCTCATGGAAAAGGAAAATCCTCAAAACGTCCAAAAGCTGTTGACAGACGACGATCGATTACAGCACCTTCAAAAACTGAGCCTTCGACGCCTTCTACGGAGAAACCTGAACCATCCACCCCTTCTGGAGAAAGTGATCATGGATCAAATGCCGGGAATGAAAGTTTACCGTTATTGGAGGAAGACCACAAGCCCGAAAGTCTTTCAAAAGAACAAGAAGTAGAAAGGTTACGGTTCAGTGGCTCAATGGTTCAAAATCCTCACGAAATAGCTCGAATTCGTAATATAAACAAAATTTGCATAGGAGATCATGAAATTGAACCTTGGTACTTCTCACCGTACCCTAAAGAATTTTCGGAAGTAGATATAGTTTATATTTGCAGTTTTTGTTTCTGCTATTACGGATCTGAGCGACAATTTCAAAGACACCGCGAAAAATGTACATTGCAGCATCCACCCGGAAATGAAATATACCGTGATGACTATATATCCTTTTTTGAAATTGATGGAAGAAAGCAACGTACATGGTGTAGGAATATTTGTCTTTTGTCCAAACTTTTTCTGGATCACAAAATGCTTTACTATGATGTTGATCCCTTTTTGTTTTACTGTATGTGTCGCCGCGATGAATATGGATGTCACTTGGTAGGATATTTCTCAAAAGAAAAAGAGTCCTCCGAAAATTACAACCTTGCTTGTATCTTAACTTTACCTCAATACCAAAGACATGGTTATGGCAAGTTACTCATACAATTTTCTTATGAATTGACCAAGCGTGAGCACAAACACGGCTCACCTGAAAAACCACTTTCTGATTTGGGGTTGATTAGTTATCGAGCGTATTGGGCTGAACAAATCATCAACCTTGTGCTTGGAATGCGAACTGAAACCACTATTGACGAATTAGCCAACAAAACTTCAATGACTACTAATGATGTGCTACATACACTTCAAGCACTAAATATGCTTAAATATTACAAAGGTCAATTTATTATCTGTATTTCAGATGGAATTGAGCAACAATACGAAAGATTGAAGAACAAAAAAAGAAGAAGGATCAATGGAGATTTGTTGGCAGATTGGCAACCTCCTGTTTTTCACCCTTCCCAACTACGATTTGGATGGTAATTCTGTACAAAGAATGGATTAGATGCTGGTCGTCTTTCTTAAAAAAAAAAAAAATTCTCATAATTAAAGTATCTCCTAGATATATATTAATGATACTTAAAGTTTGAAGGAATAGAGACTAATTTGTAACCTTTTATTTCATTTTAGTTACTTTTGTAATTTCGATATTCCTTTGATTAGAAAAGCCTCTGCTATTGCCTTGGTTTTTTCGGCTGCTCCATTTTGCAGGATAGCTGGATATCGTATACTAGCCCACATGTATGCTACTATTAATTTGTGAAGCTGCTCTAGTTGTTGTAACTCGGTTTCAGTGGTTGGAATTCCGCGTTCTAATATTTCCAAAGGTACAGACTTCAAATCATATATTTGCAGACGTTTTCCTTGAGCGATAACACATCCGATTTCCCGAATAAATAGTGGTGCGTATTTAGAATGCTTTAACACTGGGCACCCTAACAATTTGATTTTATCTTTAATGGTTAAACCTTTTATGTGGTCTAAATATTCAATAATGAATGTGCTTAGTGCTCCTTCCGACACAACAAATGGAGTAGTCGTTTTCGCTAACTTAAAGTAACGATCGAAAATTAGCTTTTGAGGAATGTCATCAGAGAATAGTGATAAATATCTAAAGAATAAATCGTCCTTAGCTCCAATACAAGCATTGAATAAGTTCTTTGTAGGAAGATTCATGGCGCGATTTAATTTCGCAAAATCTTTTTGATATAGGGTAGTTACTATTCCAGCACTTTGCTTAGATCCATTGGGATTATGTCGGCCAGCTCTTCCTGCTATCTGCTTAATTTGTGGTACAGGGATGTCTATAGTGGAAACTCCACTAAACTTTTTTAAATCGCTGAAAACAATACGCTTTACGCCTAAGTTGAGACCCATACCAATGGCATCGGAGGCCAGCAAAATATTTTCATCAGAACTCTTTGAATTAAATAAGCTTGCTTGTTGATTACGGACTTCAGGAGGCAGTGAACCATAAATAACGGCAGATTTTTTTCCTAATGCTTGATCAATTTTAGACTTCAAAGTAAAAATGTTTTTCCTTGAAAAAGCCACAACACAATCCCCGTCTTTGAGTTCACTTAACTTTCCATTTAAGCTCTTTTCTGCAACGTGGAGAGGATTTAACCGTTCGTATCTGTAAACAGTAAAATCATCTTGGGTCATTTTAGCAATTGAACGCACTAATTTAACAACACTTTCTTCTCCGCATAAATGAATTTCCTTAGCCTGCAAGCCAAGCAAGCATTGAGTCCAAGCATATCCCCGTGAAGGATCAGCCATCATTTGGATTTCATCAATGACTGCAACATCAAAAGTAGTAGATAAGTTGCACATTTCTACAGTACATGAAACAACCTGAGGGAAAGGATAATCATTTCTAATCTCTTCCCCTGTGTAAAGATTACAAGCTATTCCGTTTGCTTGCAAGCGATTATAGATTTCGTGAGCCAAAAGTCTTAAAGGGCCAGCAAATATACCTTTCTTGCAAGTCTTAAGTCTTTCTAAAGCCCTATGTGTTTTCCCGCTATTCGTTGGGCCGACATGCATAATGATATGCCTTCTGAGTTTTCTCGCTCCTGGATACCACTCAATTGGATTTTTTAAATCTGTTAATTGCTTTTGTAAGTCAGGTCTTGTTTCTTCTATTCGCTCTTGATATCGTACATACTTCCGATACTCTGAGAGTAAACAATCATGGATCTTTTTTATTTTCTGAAGGTCAAAAGTAGAAGAAGATTTTGAAAGAGCCAATGATTTATCAGAGTTTTTTAAGTCAGAAAATCCTAAATCTGTAAGGATATTCTTTTTTAACTCATAATAGTATACATTCTGAAAGACACTGGCATCCTTGCAGACATTGACAAAGTCTTGGGCTAAGTATGCTTGTTTTGACGAAAGTTCTTTGGAAGCAAATAAATATGCAGTGAAGCGATTGAGGGCAGCAGCCCACAAGGTATTTCCTGGGAATTTCCTTTGTTGAAAAACATCCTTTGATAAAGTGTGAATTCTAGCAGACTTGCTAAAAAACGGTACACAAAACGTTACGCCATGAATCAAAGTTTCCAAAAACATTCCTGGCGAGTTAAAATCTTTCTAGCAATGCTCTATTGCTGGCCGCCCTGTAACCAGAGCAAAACTTAATCCAAGTATTTAAAGTAATTTAAAAACAAGAAATGTTTATATAGAAAATTAAATACTTCTCAAACGTCTGAAGGTCCCTGGCTTTATCGCTTTTAAAAATATTACCTTCTATTAATTAAAAAA
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Sequence Source |
Ensembl |
Keyword |
KW-0007--Acetylation KW-0010--Activator KW-0156--Chromatin regulator KW-0181--Complete proteome KW-0539--Nucleus KW-1185--Reference proteome KW-0804--Transcription KW-0805--Transcription regulation KW-0808--Transferase --
|
Interpro |
IPR016181--Acyl_CoA_acyltransferase IPR000953--Chromo/shadow_dom IPR016197--Chromodomain-like IPR002717--HAT_MYST-type IPR025995--Tudor-knot
|
PROSITE |
PS51726--MYST_HAT
|
Pfam |
PF01853--MOZ_SAS PF11717--Tudor-knot
|
Gene Ontology |
GO:0035267--C:NuA4 histone acetyltransferase complex GO:0000790--C:nuclear chromatin GO:0031618--C:nuclear pericentric heterochromatin GO:0005634--C:nucleus GO:0010485--F:H4 histone acetyltransferase activity GO:0044016--F:histone acetyltransferase activity (H3-K4 specific) GO:0034508--P:centromere complex assembly GO:0006302--P:double-strand break repair GO:0043973--P:histone H3-K4 acetylation GO:0043967--P:histone H4 acetylation GO:0000070--P:mitotic sister chromatid segregation GO:0031453--P:positive regulation of heterochromatin assembly GO:0006355--P:regulation of transcription, DNA-templated GO:0048478--P:replication fork protection GO:0006351--P:transcription, DNA-templated
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Orthology |
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Created Date |
25-Jun-2016 |