Owing to their sessile nature, plants maintain cell pluripotency or totipotency throughout their life cycles. Somatic plant cells are able to regenerate themselves in response to mechanical stimuli, ...

An integrated alfalfa tissue-culture system produced faster regeneration and transformation, with a 2.8-fold increase in ...

The zygotic embryogenesis of Arabidopsis, which is initiated by gamete fusion, shows hourglass-shaped ontogeny-phylogeny correlations at the transcriptome level. However, many plants are capable of ...

Recently, researchers from North Carolina State University and the Beltsville Agricultural Research Center published the first review of research progress on genotype-independent plant transformation.

Researchers developed efficient in vitro protocols for mass propagation of Phalaenopsis circus using organogenesis and ...