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. 2021 Dec 1;8:253. doi: 10.1038/s41438-021-00679-9

Table 2.

Epigenetic regulation in tea plants.

Epigenetic modification Research methods Main research contents References
Lysine acetylation Proteome Nitrogen absorption/assimilation 40
Lysine acetylation Proteome/acetyl-proteome Leaf color 41
Histone deacetylation Genome-wide/ChIP-qPCR Proteins/functional characterization 35
DNA methylation MSAP/HPLC cold acclimation 36
DNA methylation Transcriptional analysis CsDRM2 42
DNA methylation WGBS Flowering 44
DNA methylation HPLC/BSP Anthocyanin 43
DNA methylation HPLC Growth/development 33
DNA methylation BSP Transposon silencing/genome size expansion 34
DNA methylation Genome-wide investigation/transcriptional analysis DNA Methyltransferase/DNA demethylase 38
DNA methylation Genome-wide investigation/expression analysis DNA demethylase 39
DNA methylation WGBS Duplicated gene evolution/chilling response 37
Histone deacetylation/DNA methylation ChIP-qPCR ABA 19
DNA methylation ChIP-qPCR Indole 20

ChIP chromatin immunoprecipitation, MSAP methylation-sensitive amplification polymorphism, HPLC high-performance liquid chromatography, WGBS whole-genome bisulfite sequencing, BSP bisulfite sequencing PCR.