Progenitor T Cells Fuel Chronic Type 2 Inflammation in the Lungs
A previously underappreciated population of immature T cells may help explain why type 2 inflammation in the lungs can persist...
Lydia Kingsley writes about cell and molecular biology, focusing on cellular processes, proteins, signaling pathways, molecular mechanisms, and experimental methods.
A previously underappreciated population of immature T cells may help explain why type 2 inflammation in the lungs can persist...
A small correction to a recently published study on the intricate dynamics of neuronal filopodia has drawn attention to a...
Vulvovaginal candidiasis, a common fungal infection affecting women of reproductive age, may be facing a new kind of biological countermeasure....
DNA double-strand breaks are among the most dangerous forms of genetic damage a cell can experience. When both strands of...
The rise of opioid use disorder (OUD) among women of reproductive age is creating an urgent scientific and clinical challenge:...
Spatial biology has transformed the way researchers view tissues, revealing that cells are defined not only by their molecular identities...
A hidden mechanical failure inside the earliest stages of life may help explain why fertility declines so sharply as females...
Europe’s highest plant communities are getting warmer in character, but not necessarily because the climate above them is warming in...
Spatial biology has created a problem that conventional clustering benchmarks were never designed to solve. In technologies such as spatial...
A new study published in Nature Structural & Molecular Biology is clarifying how one of the most important signaling complexes...
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© 2025 Scienmag - Science Magazine