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. 2015 Dec 31;3(1):1–13. doi: 10.15698/mic2016.01.472

Table 1.

Histone modifications involved in aging and apoptotic processes in yeast. The implications listed are referring to the respective histone modifications. The listed writers and erasers may have impact on other histone modifications not related to cell death as well and the modifiers may have targets other than the histones, which may implicate them in other cell death pathways.

Histone Modification Writer Eraser Implication Reference
H2A S122 phosphorylation H202 48
H2A S129 phosphorylation Mec1, Tel1 PPH3 H202 152,153
H2B S10 phosphorylation Ste20 H202 30
H2B K11 acetylation Hos3 H202 31
H2B K123 ubiquitination Rad6/Bre1 Ubp10, Ubp8 CLS, RLS, H202 32,35,49,50,53,72,73
H3 K4 methylation Set1/COMPASS Jhd2 CLS, RLS, H202 33,35,57,121,154,155
H3 K36 methylation Set2 Jhd1 RLS 124,143,156
H3 K79 methylation Dot1 RLS 33,129
H3 T45 phosphorylation AKT1, 2 H202 47,157
H3 K9 acetylation Gcn5 CLS 161,164
H3 K14 acetylation Sas3 Hos3 CLS 161,164
H3 K18 acetylation Gcn5 CLS 161,164
H3 K56 acetylation Asf1, Rtt109 Hst3, Hst4 RLS 91,152,153,158
H4 K16 acetylation Sas2 Sir2 RLS 87,159,160