Nina Zobenica Moore

This paper evaluates the effects of DMSO cryopreservation on human cerebrovascular tissue biomechanics and histology, finding it fails to consistently protect tissue integrity and increases elastin fractures.

This study compares immersed boundary and arbitrary Lagrangian Eulerian methods for simulating cerebrovascular fluid-structure interactions, finding that ALE provides more accurate stress and strain measurements in smaller vessels.

This study validates a novel mechanical testing device for human cerebrovascular tissue, showing it can accurately measure viscoelastic properties and predict vessel wall behavior.