Researchers have identified MRAP2, a small protein in the brain, that plays a vital role in hunger control by aiding a hunger receptor in sending 'fullness' signals. This discovery could significantly advance how we address obesity and other eating-related disorders.
Researchers have unveiled a potential breakthrough in stroke recovery therapies with DMT, a compound in plants and the human brain, showing promise in reducing brain damage by restoring the blood-brain barrier and minimizing inflammation.
Researchers at Scripps Research have uncovered a small brain region, the paraventricular nucleus of the thalamus, that becomes overstimulated in response to alcohol's effects on withdrawal symptoms. This discovery sheds light on why people may relapse, as their brains associate alcohol with relief from stress and anxiety.
Recent research from Stanford University has exposed how age-related decline in the brain's internal navigation system in mice reflects similar issues in humans. While most older mice exhibited difficulties recalling familiar locations, a select few retained youthful mental agility. These findings hint at genetic resistance to cognitive decline, potentially guiding future treatments to combat memory loss with age.
In a groundbreaking study, scientists have developed a new peptide that prevents the clumping of the alpha-synuclein protein, a hallmark of Parkinson's disease. This innovation, a collaborative effort from the University of Bath, Oxford, and Bristol, offers new hope for Parkinson's treatment.
Researchers have identified a naturally produced molecule, Lac-Phe, which is released during exercise and influences brain neurons to suppress hunger. This discovery by teams from institutions including Baylor College of Medicine and Stanford University could pave the way for new obesity treatments.
Recent scientific research leverages machine learning with MRI scans to reveal the stark consequences of poor sleep on brain health, implicating it in accelerating brain aging and increasing dementia risk.
In a groundbreaking study, scientists have confirmed the age-old belief that pianists can manipulate the timbre of their instrument purely through touch. By harnessing advanced sensor technology to detect subtle micro-movements, researchers have shed light on the intimate connection between performer and piano, potentially revolutionizing the fields of music education, neuroscience, and sensory technology.
New insights into the neurological effects of Long COVID have emerged as scientists identify a key biomarker for brain fog, a common symptom affecting many survivors. This breakthrough holds promise for understanding the persistent cognitive issues associated with post-COVID syndrome and could guide future therapeutic interventions.
New research suggests that the prevalence of autism may be intricately linked to evolutionary changes in the human brain. The swift evolution of specific neurons and alterations in genes associated with autism appear to have had a role in advancing human language and cognition. However, this evolutionary benefit might have come with a trade-off, potentially slowing brain development in children and increasing incidences of autism.
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