A. J. Crosby

The paper models surface nano-ridge patterns in petal epidermal cells using a morphoelastic bi-layer model, showing how mechanical factors influence pattern formation.

This study measures fracture energy in intact brain tissue using needle-induced cavitation and hydraulic fracture models, finding values between 1.5 to 8.9 J/m2 depending on location and model.

This paper introduces a synthetic brain hydrogel that maintains astrocyte quiescence and allows controlled activation through specific ECM domains and stimuli.

This study compares mechanical characterization techniques to quantify lung tissue modulus, finding cavitation rheology provides microscale measurements on intact tissue with higher modulus values.