People with higher levels of anxiety have altered perceptions of their breathing compared to those with lower levels of anxiety. The altered perception of respiration can lead to an increase in feelings of anxiety, researchers report.
A newly developed artificial intelligence model can detect Parkinson's disease by reading a person's breathing patterns. The algorithm can also discern the severity of Parkinson's disease and track progression over time.
A new study reveals the role astrocytes play in regulating breathing rhythms.
A groundbreaking study from Karolinska Institute researchers reports astrocytes play a key tole in the respiratory center of the brain stem and assist with the regulation of breathing. The findings are significant as they could provide clues to the causes of respiratory diseases.
A baby's first breath triggers a signaling system in the brainstem that helps support early breathing. The findings shed light on how problems with this neuropeptide system can increase the risk of SIDS.
Researchers say that to date, primary transmission methods of concern for coronavirus have been near field transmission via sneezing and coughing, and hand-to-face transportation of the virus after touching infected surfaces. They warn more attention needs to be paid to the inhalation of aerosols generated from breathing and talking.
On average, women have to work harder to breathe during strenuous exercise than men. The findings not only shed light on how sex may affect exercise dynamics but also the differences in how men and women experience airway disorders, such as asthma and COPD.
Voluntary actions are linked to the body's inner state, specifically breathing and expiration, but not heartbeat.
Study reveals a potential link between respiration and neural activity changes in animal models.
During sleep, breathing entrains and coordinates neural activity across the limbic system, and enhances memory consolidation.
Breathing isn't only essential to keep us alive, it also impacts our emotions, attention, and how our brains process the world around us.
Each breath begins with hundreds of individual neurons haphazardly firing at low levels, then quickly synchronizing. The synchronization prompts activity that signals diaphragm and chest muscles to contract, causing expansion and inhalation. As the signal subsides, exhalation occurs.
