News

Discover how researchers used an airborne imaging spectrometer to pinpoint sources of ammonia in key geographical areas.

New research has outlined how cancer cells tolerate chromosomal imbalance by boosting production of the proteins the missing chromosomes are responsible for.

Learn about the innovative fluorescent sensor technology that visualizes DNA damage and repair in real time, enhancing medical research.

Japanese researchers developed a more selective isotope pattern screening method to accurately detect selenium compounds using LC-Q-Orbitrap-MS. The approach captures the full isotopic fingerprint of selenium.

Automated imaging and machine learning analyze drying biofluid droplets, enabling fast, low-cost disease detection from a single drop.

New imaging method lets scientists study insulin-producing islet cells in awake mice, revealing real-time blood sugar responses.

Learn about innovative methods for cost-effective crop monitoring, transforming RGB images into multispectral insights for farmers.

Virtual staining in biomedical imaging offers benefits but must be carefully evaluated against traditional methods.

Researchers developed LipiPB Red, a fluorescent probe that tracks lipid droplet composition and breakdown in real time inside living cells. The tool revealed droplet-to-droplet differences in liver cancer cell metabolism.

A new imaging and machine learning method uncovers hidden patterns in tissue that predict gene activity, genetic variants and even biological age.