Plant regeneration via somatic embryogenesis is time‐consuming and highly genotype‐
dependent. The plant somatic embryogenesis process provokes many epigenetics changes …

DNA methylation is essential for plant and animal development. In plants, methylation
occurs at CG, CHG, and CHH (H= A, C or T) sites via distinct pathways. Cotton is an …

Epigenetic modifications are highlighted for their great importance in regulating plant
development, but their function associated with single-cell differentiation remains …

Plant regeneration via somatic embryogenesis (SE) is a key step during genetic
engineering. In the current study, integrated widely targeted metabolomics and RNA …

Seed development is an important process of reproductive development and consists of
embryo and endosperm development; both comprise several key processes. To determine …

In plants, epigenetic regulation is important in normal development and in modulating some
agronomic traits. The potential contribution of DNA methylation mediated gene regulation to …

Background Somatic embryogenesis is a major process for plant regeneration. However,
cell communication and the gene regulatory network responsible for cell reprogramming …

Single-base resolution methylome of cotton cytoplasmic male sterility system reveals
epigenomic changes in response to high-temperature stress during anther development …

Seed development is orchestrated via complex gene regulatory networks and pathways.
Epigenetic factors may also govern seed development and seed size/weight. Here, we …

To get a broader view on the molecular mechanisms underlying somatic embryogenesis
(SE) in cotton (Gossypium hirsutum L.), global analysis of cotton transcriptome dynamics …