The increasing global population and climate change threaten food security, with the need
for sustenance expected to rise by 85% by 2050. Rice, a crucial staple food for over 50% of …

Salinity is a critical environmental stress factor that significantly reduces crop productivity
and yield. A mutant B-type response regulator gene (hst1) has been shown to promote …

Proline accumulation contributes to the protection of plants against salt stress by inducing
antioxidant defense systems. To investigate the protective effects of proline against salt …

Pot experiments were conducted to investigate the potential effects of exogenous proline on
morphological and biochemical features, growth and yield of two inbred rice cultivars viz …

Proline (Pro) and Trehalose (Tre) function as compatible solutes and are upregulated in
plants under abiotic stress. They play an osmoprotective role in physiological responses …

Proline has been reported to play an important role in helping plants cope with several
stresses, including salinity. This study investigates the relationship between proline …

This study was conducted using in vitro rice shoot apices cultures of two Malaysian rice
cultivars—MR 220 and MR 253 to investigate the effect of NaCl and the exogenous …

In order to compare differential growth, physiological and biochemical responses of rice
cultivars differing in salt tolerance, four rice cultivars; tolerant Pokkali (PK), moderately …

Plants are subjected to many stresses (salinity, drought, heavy metals, temperature, etc.) that
may limit their growth. As a result, plants exhibit a variety of adaptive strategies to mitigate …

The present study investigates the roles of exogenous proline (Pro, 5 mM) and glycine
betaine (GB, 5 mM) in improving salt stress tolerance in salt sensitive (BRRI dhan49) and …