Researchers developed a groundbreaking technology to track when brain cells deactivate, a key process known as inhibition
https://t.co/O4FJAymo7A
@liye_tsri
This groundbreaking study linked the spread of multiple sclerosis (MS) genes to ancient migrations and discovered that genes increasing the risk of diseases like Alzheimer’s originated from hunter-gatherers.
https://t.co/jgu057X6NC
Researchers identified distinct neural pathways in the brain for fat and sugar cravings. Ths vagus nerve, communicates information about consumed fats and sugars to the brain, triggering dopamine release in the brain’s reward center.
@GdeLartigue
https://t.co/4p4PaIoFSS
Researchers uncovered a crucial link between the gene Angiogenin (ANG) and diseases FTD, MND, and PD. In its mutated form, ANG causes stem cells to delay their differentiation into specialized nerve cells.
@VasantaSubrama
https://t.co/cnd4kFRQFo
Researchers discovered that specific sleep-related brain rhythms are directly influenced by our breathing patterns.
https://t.co/HMoYWtnvkj
@th_schreiner
An atlas of the mouse brain. This comprehensive map details over 32 million cells, their types, locations, molecular information, and connectivity.
https://t.co/l53PWCAAZw
@BU
Researchers have identified the crucial mechanism behind the brain’s ability to recycle older proteins, a key factor in maintaining cognitive health.
https://t.co/nzZyiF8m60
Listen Up” experience by Indigo Project. Participants listened to music in a dimmed studio, resulting in a range of emotional reactions.
https://t.co/bHt7Qf8RKD
The study shows that that the memory impairments in people with Alzheimer’s could be transferred to young animals through transplant of gut microbiota.
@yvonnemnolan
https://t.co/wVSUfxo9S0
Using artificial intelligence, they crafted an “eye-aging clock” from 26 out of nearly 6,000 proteins which can forecast aging.
https://t.co/JNu15Rtvuf
https://t.co/wugUU1NGul