News

Researchers have generated 3D geometrical and functional models of human liver tissue for different disease stages. They reveal new critical tissue alterations, providing new insights into pathophysiology and contributing to high definition medical diagnosis.

Future outcomes can be predicted by signs of cardiac stress that appear in the blood in response to exercise, according to a new report.

After finding that drugs that reduced drug inflammation also reversed dementia in mice, scientists propose that the memory loss of aging is due to a leaky blood-brain barrier.

The factors in patients with multiple sclerosis (MS) that act as a trigger for the immune system to attack the brain and spinal cord are still a mystery. In a new study, researchers used an animal model to show proteins and immune cells in the gut may play a role

Scientists have engineered lager yeast to make more molecules that protect beer against staling, resulting in improved flavor stability.

A drug already approved by the FDA to treat arthritis and ulcerative colitis has the ability to repair defects in the permeability of the gut epithelium.

Scientists have discovered that if the dynamic binding of chaperone proteins to the Parkinson protein α-synuclein is disturbed, it can lead to cell damage and the formation of aggregates typical for the disease.

Contrary to accepted knowledge, blood can bring more oxygen to mice brains when they exercise because the increased respiration packs more oxygen into the hemoglobin, according to an international team of researchers who believe that this holds true for all mammals.

A study has identified a genetic network involved in the unique evolutionary trajectory of the modern human face and prosociality not found in Neanderthals.

Scientists have known that depriving adult mice of vision can increase the sensitivity of individual neurons in the part of the brain devoted to hearing. New research has revealed that sight deprivation also changes the way brain cells interact with one another, altering neuronal networks and shifting the mice's sensitivity to different frequencies.