Filter the root mechanisms Neurospan thinks matter most.
Move across the main mechanism clusters behind neurodegeneration, from protein quality and energy failure to inflammation and cellular cleanup.
Protein misfolding and aggregation
Misfolded proteins can accumulate into toxic aggregates that jam neuronal machinery and disrupt signalling.
- Watch aggregation biology across Alzheimer's, Parkinson's, ALS, and FTD.
- Separate removal strategies from prevention strategies.
- Keep the focus on upstream biology, not symptom cleanup alone.
Proteasome and protein degradation
The ubiquitin-proteasome system is part of the brain's internal quality control, and failure here compounds aggregation damage.
- Track how damaged proteins are tagged and removed.
- Connect degradation failure to broader proteostasis collapse.
- Identify where enhancement might protect neurons earlier.
Mitochondrial dysfunction
When mitochondria falter, neurons lose energy, accumulate damage, and struggle to maintain function.
- Focus on cellular energy, not vague vitality language.
- Track how mitochondrial stress intersects with protein and immune problems.
- Keep prevention and treatment implications connected.
Oxidative stress
Reactive oxygen species can degrade proteins, membranes, and DNA, accelerating neuronal decline in already vulnerable cells.
- Treat oxidative stress as part of wider system failure.
- Track where redox damage is primary versus secondary.
- Avoid flattening it into generic antioxidant talk.
Neuroinflammation and microglia
Overactive or chronically misdirected immune responses can turn the brain's repair system into a driver of damage.
- Follow microglial state changes and inflammatory feedback loops.
- Track where inflammation is causal and where it amplifies other damage.
- Focus on restoring balance rather than blanket suppression.
Autophagy and lysosomal clearance
Autophagy and lysosomal pathways help the brain clear waste, damaged components, and toxic protein loads before they compound.
- Track the cleanup pathways that age most visibly with disease.
- Connect clearance failure to misfolding, inflammation, and energy stress.
- Watch how interventions aim to restore self-maintenance.
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