Groundbreaking discovery, if accurate: Parkinson’s disease may begin either in the brain or in the intestines, which suggest two different subtypes. The discovery could explain the wide variety of symptoms and guide future treatments https://t.co/LVVeKhMcWm
Older People Have Become Younger:
The #physical and cognitive health of people aged 75 to 80 is significantly better than those of that age range thirty years ago.
https://t.co/TEqs5hASJ5
Bilingualism produces experience-dependent gray and white matter changes in brain structures of adults, study shows https://t.co/SA3bRnCAwU #bilingualism#science#neuroscience
'Dickens and Neurology'. Andrew Larner looks back 150 years at neurological signs and symptoms that featured in Dickens’ novels
https://t.co/968HseGEDf
By studying patients with semantic dementia, Chen et al. refine the neuroanatomical structure of the semantic network and highlight the critical role of the left fusiform gyrus and its connections. https://t.co/Zxo4MsO0Hn
While some interethnic differences are expected, the subsequently increased susceptibility to dementia-related brain changes and cognitive dysfunction may have significant implications
This paper looks relevant, about interethnic differences in cerebrovascular and neurodegenerative markers in Asian ethnicities. I haven't came across as many studies on Asian compared to non-Asian populations related to CVD and AD...
https://t.co/FIQfKDQV0U
Seeking treatment options is a noble cause, but the reality may be that early #prevention is the only viable option for #dementia and #Alzheimers disease
Diseases that cause dementia are only diagnosed after symptoms start. To effectively treat these diseases, we need to be able to diagnose them decades earlier when they first take hold in the brain.
Interesting pre-clinical evidence of age-related changes in protein homeostasis that may lead to⬆️susceptibility to peripheral α-Syn pathology and support the role of gut-brain axis in central neurodegeneration. Of relevance to a range of human synucleinopathies incl #Parkinsons.
During adult hippocampal neurogenesis, microglial phagocytosis of apoptotic cells may be the link btw proliferation of newborn cells and apoptosis, suggested to be necessary for learning and memory: mechanisms promoting regeneration in aging and neurodegenerative diseases
The p Factor: can one general #psychopathology factor influence psychiatric symptoms and unite all psychiatric disorders through their neurological roots? #OpenAccess#mentalhealth#mentalillness https://t.co/FoiLLQtD9K
If validated in intact human brain, this discovery could be key in helping us understand our intelligence: "Newly identified dendritic action potentials give humans unique brain power" @aaas#brain#intelligence#dendrites https://t.co/S8KwTb3fwv
Kicking off the new year on the right path: Our mouth normally hosts a diverse and relatively stable community of bacteria. Dental plaque under the gum can form inflamed pockets of P. gingivalis which release toxins associated w #Alzheimers disease https://t.co/u1wjH5juEl
It’s the time of the year when families come together and show their appreciation for one another. Don’t forget the special #caregivers in your lives. #CaregiversMonth Retweet with a story of appreciation for a caregiver you know. #BeCareCurious
This animation shows the ligand-gated ion channel GABA_A. GABA binds to the extracellular portion of the GABA_A receptor. This causes a conformational change of the GABA_A receptor which leads to the opening of the channel. Chloride ions (green) can then rush into the cell.
Story time! Single neurons in the brain can’t be depended on for reliable information. Here are some neurons from our recent study, recorded twice in response to the same visual stimuli. Different neurons are active at different times!
https://t.co/7wuoVLuzYy
For all of us that have never believed in the "amyloid hypothesis": New study demonstrate assoc btw P gingivalis bacteria (gum disease), neuroinflammation, amyloid production, Tau tangles, and neural damage normally seen in #Alzheimers disease #dementia https://t.co/jDtp0jEGrO