A 'cocktail' recipe for brain cells - Harvard Gazette
Engineered molecular signals convert brain progenitor stem cells into corticospinal neurons, enabling lab growth and potential regeneration for ALS and spinal cord injuries.
"Supercharged" vitamin K derivatives offer new hope for neurodegenerative diseases
Synthetic vitamin K analogues, especially compound 7, strongly activate mGluR1 signaling and more potently induce neural progenitor differentiation, showing promise for neuron regeneration therapies.