Explore the revolutionary science of green extraction - sustainable methods for obtaining natural products from plants with minimal environmental impact.
Discover how scientists created the first light-driven molecular motor derived from lignocellulose, marking a significant step toward sustainable nanotechnology.
Explore how genome mining is transforming medicine by unlocking nature's hidden chemical treasures encoded in microbial DNA, addressing antibiotic resistance and discovering new therapeutics.
Explore how evolving theories of intelligence are reshaping university education through multiple intelligences, data-driven insights, and personalized learning approaches.
Discover how restricting molecular rotation in acridinium photocatalysts is revolutionizing green chemistry and sustainable synthesis.
Discover how smart hydrogels are transforming separation technologies for water purification, medicine, and environmental cleanup through intelligent responsive materials.
Discover how a simple blood test after GnRH-a treatment can predict ovarian response in IVF, revolutionizing personalized fertility treatment.
Explore how bio-orthogonal metal catalysis enables precise modification of dehydroalanine in proteins and peptides for advanced biomedical applications.
Explore how X-ray crystallography reveals the molecular structure of espintanol intermediate, a potential therapeutic agent for neglected diseases.
Discover how scientists are turning to the plant kingdom to find small molecules that can heal and protect neurons, offering new hope for neurodegenerative diseases.