Spinal cord injury affects the heart, that's what research published in Experimental Physiology and carried out by researchers from University of British Columbia, Canada has found.
An exploration of the deepest and most mysterious layer of the cortex in mice has revealed new circuits that may be central to how two key regions of the brain communicate about sensation.
The honey bee gut is colonized by specialized bacteria that help digest components of the floral pollen diet and produce molecules that likely promote bee health. In a study publishing Dec. 12, in the open access journal PLOS Biology, a group of researchers led by Philipp Engel at the University of Lausanne and ETH Zürich, Switzerland, have uncovered which bacterial species perform which specific digestive functions in the bee gut.
High-intensity exercise three times a week is safe for individuals with early-stage Parkinson's disease and decreases worsening of motor symptoms, according to a new phase 2, multi-site trial led by University of Colorado Anschutz Medical Campus and Northwestern Medicine scientists.
New research published in Schizophrenia Research conducted at the University of Liverpool links brain structure to an individual's likelihood of experiencing hallucinations and to their musical aptitude.
Disclosing personal history of sexual assault and other forms of abuse to a primary care physician can have a profound impact on the patient's experience in the doctor's office as well as the quality of care, according to a review published in The Journal of the American Osteopathic Association.
A study scientists from the University of Cologne have published in Frontiers in Zoology shows for the first time that fast insects can change their gait -- like a mammal's transition from trot to gallop. These new insights could contribute to making the locomotion of robots more energy efficient.
A new study led by Oxford University Museum of Natural History has revealed that an extinct group of marine reptiles called sauropterygians evolved similar inner ear proportions to those of some modern day aquatic reptiles and mammals. The research is published in Current Biology today.
Researchers have identified a mechanism that explains the development of hyperaldosteronism, a condition in which the adrenal glands produce too much aldosterone. The findings, published in JCI Insight, offer a path for drug discovery to treat the condition.
Stress from human disturbances could cause behavioral responses in narwhals that are inconsistent with their physiological capacities, researchers say. They found that narwhals released after entanglement in nets and outfitted with heart monitors performed a series of deep dives, swimming hard to escape, while their heart rates dropped to unexpectedly low levels of three to four beats per minute.