Curious about the #neurovascular unit repair process in an animal model of #Alzheimers Disease? Don’t miss the poster T05-017A by Stephanie Taylor 💪 at the
#gliameeting in #Berlin today! #glia2023
@dzne

Descubren los mecanismos que relacionan la diabetes con mayor riesgo de sufrir alzhéimer

Un equipo científico de las universidades de Granada y de Cádiz ha detectado que la diabetes favorece las formas solubles del péptido beta amiloide más tóxicas y dañinas. Todo ello, facilita la rotura de los vasos sanguíneos en el cerebro y potencia la muerte de las neuronas, típica de esta enfermedad.

#Neurociencia #Neurología #Cerebro #EnfermedadesNeurológicas #EnfermedadesNeurodegenerativas #Neurodegeneración #Alzheimer #Diabetes #amiloide #neurovascular #neurona

https://www.agenciasinc.es/Noticias/Descubren-los-mecanismos-que-relacionan-la-diabetes-con-mayor-riesgo-de-sufrir-alzheimer

Hi #Mastodon, I really want to use this app more, but I just find much more relevant content on Twitter regarding #neurovascular research. How do I change this, or is this just a part of it to ensure that there is no ecco chamber? Please help!

Hi #Mastodon, I really want to use this app more, but I just find much more relevant content on Twitter regarding #neurovascular research. How do I change this, or is this just a part of it to ensure that there is no ecco chamber? Please help!

Adenosine works by binding to different receptors on neurons and other cells, which can reduce the responsiveness of these cells and is also involved in #neurovascular coupling in the brain.

Although there has been a lot of progress in understanding the role of adenosine in physiology and disease, there are still not many products available that use adenosine and its related compounds.

Happy #fluorescencefriday look at those #neurovascular interactions and those different types of #glia in the #zebrafish brain

We recently found lower blood oxygenation and #neurovascular function in the #hippocampus compared to #neocortex, which might explain why the hippocampus is sensitive to hypoxia and affected early in Alzheimer’s disease: https://www.nature.com/articles/s41467-021-23508-y. 2/4