News

Researchers have developed the first miniaturized ultraviolet spectrometer capable of on-chip spectral imaging. Operating on a nanosecond timescale, it sets a new world record as the fastest miniaturized spectrometer to date.

Charité and Stanford scientists built a genome-to-proteome map in yeast, linking thousands of DNA mutations to changes in protein production. The study shows even small genetic changes can reshape cell function and fuel drug resistance.

A new imaging technique has revealed how the Toxoplasma pathogen actively recycles its cell membrane to replicate.

With a new imaging technique, scientists discover an ecosystem that determines how eggs mature and ovaries age, potentially explaining why female fertility declines quickly.

Researchers have developed a new cryo-imaging approach that allows for the imaging of thick biological samples with higher contrast and a fivefold increase in efficiency.

A new imaging technique has shown that microglia in the eye become more active in people with diabetes, signaling damage monitoring long before symptoms appear.

Obesity remodels the extracellular matrix in the lungs, causing changes in lung tissue that are similar to those that occur with age.

A study offers new insights into the "antennae" - or primary cilia - that human cells use for signal processing. This atlas of human cilia may contribute to a better understanding of a range of genetic disorders.

Researchers have introduced a new analytical approach that could improve the interpretation of genetic variation in individuals with complex ancestral backgrounds.

Research has uncovered a new pathway in the brain that directly links abnormal sugar modifications on proteins to depressive behaviors.