Plant regeneration occurs when plants repair or replace damaged structures based on the
totipotency and pluripotency of their cells. Tissue culture is one of the most widely used …

Agriculture is experiencing a technological inflection point in its history, while also facing
unprecedented challenges posed by human population growth and global climate changes …

In plant tissue culture, callus forms from detached explants in response to a high-auxin-to-
low-cytokinin ratio on callus-inducing medium. Callus is a group of pluripotent cells because …

Callus is a reprogrammed cell mass involved in plant regeneration and gene transformation
in crop engineering. Pluripotent callus cells develop into fertile shoots through shoot …

Genetic transformation is important for gene functional study and crop improvement.
However, it is less effective in wheat. Here we employed a multi-omic analysis strategy to …

Successful regeneration of genetically modified plants from cell culture is highly dependent
on the species, genotype, and tissue-type being targeted for transformation. Studies in some …

Plant genetic transformation is a crucial step for applying biotechnology such as genome
editing to basic and applied plant science research. Its success primarily relies on the …

Highly efficient tissue repair is pivotal for surviving damage-associated stress. Plants
generate callus upon injury to heal wound sites, yet regulatory mechanisms of tissue repair …

Shoot regeneration is mediated by the sequential action of two phytohormones, auxin and
cytokinin. However, the chromatin regulatory landscapes underlying this dynamic response …

Cell pluripotency is fundamental to biology. It has long been known that differentiated
somatic plant cells may reacquire pluripotency, but the underlying mechanism remains …