Ismail Adeniran

Nanoscale spatial confinement of proton flux by cardiolipin drives high-speed lateral proton transport in mitochondria

This paper models proton transport in mitochondria, showing cardiolipin creates a nanoscale barrier that confines protons, enabling efficient lateral transport for ATP synthesis.

Many-body quantum percolation sustains ohmic proton flux through the nanoconfined Fo motor

The paper resolves a biophysical paradox by showing that quantum percolation, not classical physics, enables efficient proton transport through the Fo motor under extreme nanoconfinement.

An in silico cardiomyocyte reveals the impact of changes in CAMKII signalling on cardiomyocyte kinetics in hypertrophic cardiomyopathy

This study uses an in silico cardiomyocyte model to show that HCM leads to impaired crossbridge kinetics and a negative ATP supply-demand mismatch.