Brain disorders represent an ever-increasing health challenge worldwide. While
conventional drug therapies are less effective due to the presence of the blood-brain barrier …

Elasticity imaging is a technique that discovers the spatial distribution of mechanical
properties of tissue using deformation and force measurements under various loading …

Brain tissue is one of the most complex and softest tissues in the human body. Due to its
ultrasoft and biphasic nature, it is difficult to control the deformation state during …

Brain tissue is considered to be biphasic, with approximately 80% liquid and 20% solid
matrix, thus exhibiting viscoelasticity due to rearrangement of the solid matrix and …

Mechanical properties of brain tissue are very complex and vary with the species, region,
method, and dynamic range, and between in vivo and ex vivo measurements. To reconcile …

The computational simulation of pathological conditions and surgical procedures, for
example the removal of cancerous tissue, can contribute crucially to the future of medicine …

Brain's micro-structure plays a critical role in its macro-structure material properties. Since
the structural anisotropy in the brain white matter has been introduced due to axonal fibers …

On a curved surface, epithelial cells can adapt to geometric constraints by tilting and by
exchanging their neighbors from apical to basal sides, known as an apico-basal topological …

The mechanical properties of tissues play a critical role in their normal and
pathophysiological functions such as tissue development, aging, injury, and disease …

A more Accurate description of the mechanical behavior of brain tissue could improve the
results of computational models. While most studies have assumed brain tissue as an …