Drone-based blow sampling advances pathogen surveillance in North Atlantic whales using DJI equipment for non-invasive health monitoring.

Learn how acceptance sampling improves quality control by evaluating random samples. Discover its methods, benefits, and historical significance in manufacturing.

A research team systematically compared four commonly used air-sampling technologies to determine which methods most ...

Scientists took samples from whale blow, identifying possible disease risks for marine mammals in northern seas.

The founding President of policy think tank Africa Policy Lens, Dr . George Domfe, has criticised Global InfoAnalytics over ...

NASA’s spaceflight microbiology and environmental chemistry research monitors and analyzes microorganisms, air, and water aboard spacecraft to support crew health systems and maintain operational ...

The discovery was made through years of research involving international teams and emerging technology. Breath sampling ...

The health administration in Indore on Sunday declared the waterborne disease outbreak in Bhagirathpura locality an epidemic, ...

The authors identify artificial intelligence as a turning point for food safety research. High-throughput sequencing, ...

Scientists used drones to collect whale breath and detect harmful viruses early, helping protect whales in Arctic waters.

"Index funds can help investors achieve long-term success through their low costs, broad diversification, low turnover and ...

A new study has demonstrated that Alzheimer’s disease biomarkers can be accurately detected using simple finger-prick blood ...