Hydration-Modulated Proton Tunneling in DNA
Investigating how water molecules around DNA may influence proton tunneling, base-pair stability, mutation dynamics, and the quantum edge of biology.
DNA is usually described as a chemical code, but at the scale of hydrogen bonds and base-pair interactions, biology begins to touch quantum mechanics. This project explores whether hydration — the water environment surrounding DNA — can modulate proton tunneling events that may influence base-pair stability and mutation patterns.
The Question
Can the local hydration shell around DNA alter the probability of proton tunneling between nucleobases? And if so, could water-mediated tunneling help explain subtle mutation dynamics, replication errors, or molecular instability under different biological conditions?
What We're Doing
We are reviewing literature across quantum biology, DNA hydration, proton transfer, and computational chemistry. The goal is to map the strongest theoretical and experimental evidence linking hydration states to proton tunneling behavior in DNA.
This is an early-stage theoretical project focused on building a rigorous foundation before proposing experiments or simulations.
Why This Matters
If hydration meaningfully changes proton tunneling probabilities, then water is not just a background solvent. It may be an active participant in genetic stability, mutation, and disease-relevant molecular behavior.
Status
Active — literature mapping and hypothesis development phase.