Exploring how tiger nuts may help combat insulin resistance and inflammation in obese women with type 2 diabetes through scientific research.
Discover how ACT2, a divergent actin gene, plays a critical role in nuclear pore structure and function, challenging conventional understanding of cellular organization.
Exploring the crucial role of chromogranins in neuroendocrine secretion and their importance as biomarkers for neuroendocrine tumors.
Explore the fascinating science of embryo implantation - the crucial biological process where a developing embryo attaches to the uterine wall to begin pregnancy.
Explore how scientists harness invisible forces to control powder mixing in tumbling blenders and vibration feeders for pharmaceuticals and food production.
Discover how common houseflies spread multidrug-resistant bacteria through molecular characterization studies and learn prevention strategies.
Exploring China's journey in synthetic biology - the science, opportunities, challenges and future prospects of engineering biological systems
Discover how scientists use FT-IR spectroscopy to decode the secret lives of microbes in real-time, capturing their metabolic activities without disturbance.
Explore how structural transformation of biocompatible materials like aloe and artemisia creates unexpected toxic effects in hydrogels.
Explore the fascinating biophysical and biochemical defense mechanisms that chickpea plants employ against the destructive pod borer pest.