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Biophysics
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General Protein Folding Dynamics
Formulate and validate a general, predictive theory of how proteins fold and misfold in physiologically relevant conditions — beyond static structure prediction alone.
- Impact
- 88 /100
- Funded
- $15,900
- Donors
- 267
- Of goal
- 35%
Why this matters
Structure is only half the story. Kinetics, intermediate states, and misfolding pathways drive Alzheimer's, Parkinson's, and a long list of rare diseases. A general dynamical theory would transform both medicine and molecular design.
What a solution unlocks
- Rational design of folding pathways, not just final shapes
- Earlier intervention targets for misfolding diseases
- Faster, more reliable de novo protein engineering
Downstream impact
Therapeutics, industrial enzymes, and synthetic biology would all gain a dynamical map where today they rely on expensive trial-and-error and case-by-case simulation.
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