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 …

The identification of material parameters accurately describing the region-dependent
mechanical behavior of human brain tissue is crucial for computational models used to …

The low strain-rate response of brain parenchyma is critical to predicting prognosis in cases
of hydrocephalus or cerebral edema, including in the prediction of brain stem herniation …

An accurate finite element (FE) model of the human brain reliably predicting its response to
loading offers great possibilities for brain injury prevention, disease prediction, and surgical …

Because brain tissue is immersed in cerebrospinal fluid, and studies such as TBI (traumatic
brain injury) include impact mechanical properties of brain tissue, the constitutive relation of …

Background The diagnosis of brain tumor is a serious event for the affected patient. Surgical
resection is a crucial part in the treatment of brain tumors. However, the distinction between …

Herein we report the assessment of the effects of shockwave (SW) impacts on adult rat
hippocampal progenitor cell (AHPC) neurospheres (NSs), which are used as in vitro brain …

A common benchmark in the brain tissue mechanics literature is that the properties of acute
brain slices should be measured within 8 h of the experimental animal being sacrificed. The …

Pulsed electric fields are extensively utilized in clinical treatments, such as subthalamic
deep brain stimulation, where electric field loading is in direct contact with brain tissue …