Discover how LEA proteins in Lepidium apetalum seeds enable remarkable resistance to drought, salt, and cold stresses, with potential applications for climate-resilient crops.
Exploring the challenges and solutions for organic farming in tropical and subtropical regions facing climate change and soil degradation.
Exploring how natural bioactive compounds from plants, fungi, and marine organisms are transforming modern medicine with their therapeutic potential.
Discover how statistical tools like correlation and path analysis reveal the hidden relationships between blackgram plant traits and yield potential in rice fallow systems.
Explore how fresh amniotic membrane is transforming wound care with its anti-inflammatory, antimicrobial, and tissue-regenerating properties.
Exploring how plant-derived flavonoids are transforming ruminant nutrition by boosting growth, reducing methane emissions, and improving meat/milk quality.
Examining why the WTO's pharmaceutical infrastructure failed to deliver essential medicines to developing countries and exploring potential solutions.
Discover how herbs and spices are revolutionizing health through their potent bioactive compounds and transforming vegetable consumption habits.
Exploring the hypothalamus as the master regulator of physiological functions from metabolism to circadian rhythms.
How innovative teaching tools and curriculum support are transforming animal agriculture education to develop environmental leaders for sustainable farming.