Explore the journey of Physalis angulata from traditional medicine to modern laboratories, discovering its complex chemistry and remarkable therapeutic effects.
Explore how tunnel-type microwave digestion systems revolutionize plant material analysis for elemental composition studies in environmental and food science.
Explore how CdS/ZnS core-shell quantum dots combined with microfluidic paper devices are creating revolutionary biosensors for healthcare, food safety, and environmental monitoring.
Discover how real-time CO2 monitoring is emerging as an early-warning system against grain spoilage and dangerous mycotoxin contamination, offering a powerful tool to safeguard our food supply.
Explore how portable Surface Plasmon Resonance technology is revolutionizing on-site detection in healthcare, environmental monitoring, and food safety.
Discover the atomic-scale relationship between gold and arsenic in China's Guizhou Province, explaining geological formation and environmental impacts.
Discover how humanity learned to outsmart rot, mold, and bacteria through the fascinating science of food preservation methods.
Explore the science and technology behind transforming salt dust into valuable briquettes through roll press briquetting process.
Investigating borax and formaldehyde contamination in meatballs from Trenggalek - a food safety analysis
Exploring the silent crisis of soil contamination from oil production and the innovative solutions emerging to heal the land.