3M Research Strategy
Measure-Map-Manipulate framework and thrust roadmap for translational extracellular vesicle science.
Measure - Map - Manipulate
Neurodegeneration can be viewed as a progressive loss of coordination across cell-to-cell signaling programs. The 3M framework is a practical way to move from broad clinical observations to testable biology and intervention design.
The aim is not to overfit one disease model, but to build a reusable translational pipeline that can detect, explain, and then causally test communication breakdown across disorders.
Why This Strategy
The central translational challenge is signal recovery in a high-noise system: extracellular vesicle cargo reflects meaningful biology, but only when measured with careful enrichment and quality control. This is the crowded-street problem at clinical scale.
3M addresses that challenge in sequence: establish rigorous measurement, build interpretable maps of coordination versus decoherence, and then manipulate candidate programs to test causality instead of relying on correlation alone.
Three Thrusts
1) EV Brain Atlas (Normative -> Disease): establish a reference map of communication programs and quantify how they drift with disease progression.
2) Mechanisms of Decoherence: identify which conflicting EV signatures are likely drivers, not just bystanders, of neurodegenerative vulnerability.
3) Causal Rewriting: test whether targeted cargo design can restore coherent signaling programs and improve downstream cellular state transitions.
Execution Horizon
Near-term milestones focus on robust assay pipelines, early atlas baselines, and validation-ready progression signatures. Longer-term work bridges mechanism to intervention through engineered, testable EV-inspired delivery systems.
This keeps the program broad enough for multiple neurological contexts while staying operationally grounded in measurable, reproducible outputs.