A. S. Kozlov

This paper models hair cell mechanotransduction and shows that Ca2+ binding to cooperative channels can drive Hopf bifurcations, enabling cycle-by-cycle sound amplification at high frequencies.

This paper introduces a bio-inspired wearable sensor for continuous respiratory monitoring in humans and animals, showing it can detect breathing patterns and rates with high accuracy.

This paper explains how the maturation of hair cell mechanotransduction is driven by the progressive formation of cooperative ion channel clusters.