Changes in mechanical stimuli and the physiological environment are sensed by the cell.
Thesechanges influence the cell's motility patterns. The cell's directional migration is …

Live cells respond to the changes of their physiological environment as well as to the
mechanical stimuli occurring in and out of the cell body. It is known that cell directional …

The application of microelectromechanical systems (MEMS) in biomedical devices has
expanded vastly over the last few decades, with MEMS devices being developed to …

Living cells respond to outside physical environment in many ways including changing their
geometry and location. A cell was modeled as a tensegrity structure that consists of the …

Living cells respond to the outside physical environment by changing their geometry and
location. It is crucial to understand the mechanism of cellular activities, such as cellular …

Living cells as physical entities can response the changes of the physiological environment
as well as mechanical stimuli occurring in and out of the cell body. It is well documented that …

Live cells move in the body in response to physiological and mechanical stimuli. Cells move
using lamellipodium which extend beyond the leading edge of the cell. This lamellipodium is …

This paper presents design and finite element analysis (FEA) modeling of a novel micro-
electro-mechanical system for determining mechanical properties of cell aggregates. The …