Alzheimer’s: Nanotubes Shuttle Toxins in Brain Cells
Johns Hopkins researchers discovered nanotubes in brain cells that transport toxins, including amyloid-beta related to Alzheimer's. Controlling these nanotubes could offer a future treatment.
Alzheimer’s: Cancer Drugs Show Promise in Reversing Brain Changes
Researchers identify cancer drugs (Letrozole, Irinotecan) that may reverse Alzheimer's brain changes by targeting gene expression. Combination therapy shows promise in mouse model, paving way for clinical trials.
Cypin: Brain Protein, Memory & Neurodegenerative Disease Treatment
Research shows brain protein cypin is crucial for neuron communication and may combat neurodegenerative diseases like Alzheimer's and Parkinson's by tagging proteins in synapses, boosting memory and learning.
Spastic Paraplegia: Immune System’s Role in Brain Degeneration
Research reveals immune system over-activation in spastic paraplegia type 15. Microglia changes and killer T-cells contribute to neuronal damage, suggesting potential immune-based therapies for this neurodegenerative disease.