An evolutionarily conserved histone modification H3K37ac activates gene ...
The analysis showed that the K37 in histone H3 is evolutionarily conserved across these species (Fig. S1). To functionally study H3K37ac in plants, we first obtained a commercial H3K37ac antibody and verified its specificity using dot blot and peptide competition assays (Figs S2, S3).
An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice Introduction Histone acetylation is a well-known chromatin mark that is associated with gene transcriptional activation (Y. Chen et al., 2024).
An evolutionarily conserved histone modification H3K37ac activates gene ...
Request PDF | On Dec 23, 2025, Xuan Ma and others published An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice | Find, read ...
Herein, we identified an unexplored histone Lys acetylation in rice, Lys-37 of histone H3 ( H3K37ac ); we found this acetylation modification is highly conserved across plant species. Notably, the level of H3K37 acetylation in rice is strongly induced by salinity stress.
An evolutionarily conserved histone modification scpH3K37ac ...
An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice Xuan Ma 1 ,
An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice IF 8.7 1区 生物学 Q1 PLANT SCIENCES New Phytologist Pub Date : 2025-12-23 DOI:10.1111/nph.70855 Xuan Ma, Zhengting Chen, Guiyu Xiao, Jiada Huang, Lihao Lin, Qiutao Xu 求助PDF
Overview of An Evolutionarily Conserved Histone Modification H3K37Ac Activates Gene
近日，我院作物遗传育种系马瑄博士与中国水稻所陈正庭博士及广西大学徐秋涛教授团队合作，在植物学TOP期刊New Phytologist (5年平均影响因子10.3)在线发表题为"An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice"的研究论文。马瑄博士为论文的第一作者 ...
宁夏大学 作物遗传育种系马瑄博士与中国水稻所陈正庭博士及广西大学徐秋涛教授团队合作，在植物学TOP期刊New Phytologist(5年平均影响因子10.3)在线发表题为"An evolutionarily conserved histone modification H3K37ac activates gene transcription in response to salt stress in rice"的研究论文。马瑄博士为论文的第一作者，宁夏 ...
A new layer of chromatin regulation in plant salt tolerance
A new layer of chromatin regulation in plant salt tolerance: H3K37ac emerges as an evolutionarily conserved stress-responsive histone mark
