3. The real root: brain insulin resistance
Neurons run on glucose + ketones.
But when insulin stops working, the brain can’t use all the fuel.
• Neurons starve
• Synapses collapse
• Memory fades
This is why researchers now call Alzheimer’s Type 3 Diabetes.
Neurons run on glucose + ketones.
But when insulin stops working, the brain can’t use all the fuel.
• Neurons starve
• Synapses collapse
• Memory fades
This is why researchers now call Alzheimer’s Type 3 Diabetes.
6. How to bulletproof your brain
Forget crossword puzzles, real prevention is metabolic:
• Strength train (muscle = glucose sponge)
• Daily movement (walk after meals)
• Intermittent fasting (boosts ketones, clears plaques)
• Eat protein + healthy fats, cut down refined carbs
• Sleep 7–9 hrs (deep sleep = brain detox)
Forget crossword puzzles, real prevention is metabolic:
• Strength train (muscle = glucose sponge)
• Daily movement (walk after meals)
• Intermittent fasting (boosts ketones, clears plaques)
• Eat protein + healthy fats, cut down refined carbs
• Sleep 7–9 hrs (deep sleep = brain detox)
7.5 NAD⁺: a promising molecule
One of the earliest failures in Alzheimer’s is mitochondrial energy collapse.
Here's a brilliant write up by @nicknorwitz explaining the mechanism:
One of the earliest failures in Alzheimer’s is mitochondrial energy collapse.
Here's a brilliant write up by @nicknorwitz explaining the mechanism:
FInal Thoughts:
Alzheimer’s isn’t inevitable.
It’s not “bad luck” or “just age.”
It’s metabolic damage over many years.
Fix insulin resistance, protect mitochondria, and it can be prevented.
Bookmark, RT and follow @DrShayanSen for more threads on root causes of disease.
Alzheimer’s isn’t inevitable.
It’s not “bad luck” or “just age.”
It’s metabolic damage over many years.
Fix insulin resistance, protect mitochondria, and it can be prevented.
Bookmark, RT and follow @DrShayanSen for more threads on root causes of disease.
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