Auxin is a crucial phytohormone involved in multiple plant developmental processes.
Spatiotemporal regulation of auxin levels is necessary to achieve development of organs in …

Root system architecture (RSA) is an important developmental and agronomic trait that is
regulated by various physical factors such as nutrients, water, microbes, gravity, and soil …

Plants delicately regulate endogenous auxin levels through the coordination of transport,
biosynthesis, and inactivation, which is crucial for growth and development. While it is well …

In epiphytes, aerial roots are important to combat water‐deficient, nutrient‐poor, and high‐
irradiance microhabitats. However, whether aerial roots can respond to gravity and whether …

The control of optimal root growth and plant stress responses depends largely on a variety of
phytohormones among which auxin and brassinosteroids (BRs) are the most influential. We …

Introduction Auxin estimation in plant tissues is a crucial component of auxin signaling
studies. Despite the availability of various high‐throughput auxin quantification methods like …

The in vitro development of a plant is controlled by factors that promote a series of plant
responses, which interfere with tissue organogenesis and morphology. For plants of the …

Lateral branches (LBs) pruning is performed frequently to keep the tomato plants in optimal
growth conditions. However, the suitable pruning length of LBs, as well as the physiological …

The study included the application of microbial techniques to convert sesbanin and soybean
seed powder into indole bio-compounds by using 3 bacterial isolates: Azotobacter …

Cell wall properties of the root apical meristem (RAM) are poorly understood compared to
the elongation and maturation zones of the developing root. GAUT10 is a pectin …