The relationship between brain development and mechanical properties of brain tissue is
important, but remains incompletely understood, in part due to the challenges in measuring …

White matter (WM) tract-related strains are increasingly used to quantify brain mechanical
responses, but their dynamics in live human brains during in vivo impact conditions remain …

Background Fetal alcohol spectrum disorders (FASD), a group of prevalent conditions
resulting from prenatal alcohol exposure, affect the maturation of cerebral white matter as …

In recent years, cellular biomechanical properties have been investigated as an alternative
to morphological assessments for oocyte selection in reproductive science. Despite the high …

Objective: To establish the sensitivity of magnetic resonance elastography (MRE) to active
muscle contraction in multiple muscles of the forearm. Methods: We combined MRE of …

Objective. In vivo imaging assessments of skeletal muscle structure and function allow for
longitudinal quantification of tissue health. Magnetic resonance elastography (MRE) non …

Measuring tissue parameters from increasingly sophisticated mechanical property models
may uncover new contrast mechanisms with clinical utility. Building on previous work on in …

The inverse problem that underlies Magnetic Resonance Elastography (MRE) is sensitive to
the measurement data and the quality of the results of this tissue elasticity imaging process …

The anisotropic mechanical properties of fiber-embedded biological tissues are essential for
understanding their development, aging, disease progression, and response to therapy …

Noninvasive measurements of brain deformation in human participants in vivo are needed
to develop models of brain biomechanics and understand traumatic brain injury (TBI) …