A new study reveals the structural mechanisms of TRPM3 activation by heat and ligands, providing insights for the development of drugs targeting pain and epilepsy.

Smaller, sharper, and wiser: Optical sensors now analyze everything from blood to air, thanks to advances in AI and smart ...

Biodegradable cellulose acetate film enables a high-performance VOC sensor with rapid response times, ideal for environmental ...

Autonomous cells producing acetyl-lysine offer a novel platform for real-time monitoring of enzyme activity, enhancing ...

Tohoku University researchers have developed optimized quantum sensor networks using superconducting qubits to enhance the ...

A novel artificial tongue prototype leverages milk proteins to measure spiciness, potentially transforming taste assessment ...

This study combines seismic sensors and radar to analyze Arctic ice dynamics, offering essential data for understanding ...

Occupant monitoring sensors in vehicles enhance safety by detecting presence and physiological states, using advanced ...

This portable biosensor measures BDNF in saliva, providing crucial data for early diagnosis and monitoring of psychiatric ...

Hamamatsu Photonics announces the launch of the G17225 series, designed specifically for high-performance applications in ...

Select the appropriate sanitary flange connection to meet hygiene, pressure, and regulatory demands in fluid systems.

The FEOX biosensor offers real-time insights into intracellular iron dynamics, enhancing understanding of stem cell differentiation and iron homeostasis.