Researchers have revealed that the intestinal nervous system plays a key role in regulating both the composition and stability of the intestinal barrier and that disruption of this protective mechanism can lead to the development of allergies.

Why does a high-fat diet raise liver cancer risk decades later? A new MIT study traces the answer to a slow cellular identity shift that turns survival into vulnerability.

Modern laboratory diagnostics is the first step toward successful patient treatment. During the MEDICA LABMED FORUM from November 17 to 20, experts will discuss what will shape laboratory medicine in the coming years.

In a groundbreaking experiment aboard the International Space Station, cryopreserved mouse sperm stem cells spent six months in orbit — and still produced healthy offspring back on Earth. The results bring scientists one step closer to safeguarding reproduction during future long-haul space missions.

Researchers have developed a new deep learning tool which has the capacity to study models of human embryo development in artificial laboratory conditions. The tool can evaluate images of the models equally to expert scientists but 1000 times faster.

Amsbio has recently introduced Extragel, a like-for-like replacement for Matrigel, Geltrex and Cultrex Basement Membrane Extract (BME).

New research from City of Hope uncovers the hidden cellular trigger behind middle-age belly fat — offering fresh hope for therapies that could curb weight gain, boost metabolism, and extend healthy lifespans.

A recent study has revealed that our circadian rhythm i.e. our body’s internal clock plays an important role in healing our muscles. The findings of the study have the potential to improve the understanding of aging and obesity.

Critical proteins involved in animal stem cell regulation are much older than previously thought, predating the origin of animals that likely evolved more than 700 million years ago. This is the result of a study by a international research team including scientists from the Max Planck Institute for Terrestrial Microbiology in Germany.

Researchers have developed a new model in which steam cells can be rapidly converted into brain cells with protein structures characteristic of Parkinson’s disease. This will help researchers to study Parkinson’s unique and highly variable disease pathology in a petri dish.