The growth of multicellular organisms relies on cell proliferation, elongation and
differentiation that are tightly regulated throughout development by internal and external …

Understanding the development of vascular tissues in plants is crucial because the
evolution of vasculature enabled plants to thrive on land. Various systems and approaches …

It is noteworthy that the largest part of global vegetation biomass depends on a thin layer of
cells: the vascular cambium. Understanding the wood formation processes and relationships …

The primary thickening growth of Moso (Phyllostachys edulis) underground shoots largely
determines the culm circumference. However, its developmental mechanisms remain largely …

Medal (note the leaf scroll at the top) received by W. Adams at the Missouri State Science
Fair. The backdrop of leaves includes those from (beginning in the upper left, moving …

Differentiation of xylem elements involves cell expansion, secondary cell wall (SCW)
deposition and programmed cell death. Transitions between these phases require strict …

Vascular tissues serve a dual function in plants, both providing physical support and
controlling the transport of nutrients, water, hormones, and other small signaling molecules …

To understand the molecular mechanisms of rice aerial organ development, we identified a
mutant gene that caused a significant decrease in the width of aerial organs, termed …

Modulation of foliar photosynthesis rate during short-term changes in abiotic environment as
well as longer-term acclimation of photosynthetic capacity in response to abiotic factors or …

The molecular mechanisms guiding oriented cell divisions in the root vascular tissues of
Arabidopsis thaliana are still poorly characterised. By overlapping bulk and single‐cell …