Cell mechanics is closely related to many cell functions. Recent studies have suggested that
the deformability of cells can be an effective biomarker to indicate the onset and progression …

The mechanical properties of biological cells are known as effective label-free biomarkers in
many cell physiological events. Several techniques have been proposed to manipulate …

The mechanical properties of cells are closely related to their physiological functions and
states. Analyzing and measuring these properties are beneficial to understanding cell …

Background Cytoskeleton is a highly dynamic network that helps to maintain the rigidity of a
cell, and the mechanical properties of a cell are closely related to many cellular functions …

The cellular mechanical properties and changes in cell mechanics are of enormous
relevance in many cellular processes and play an important role in the normal or …

In this paper, we propose a microfluidic chip that measures the deformability of single cells
by an impedance measurement method. The proposed chip is designed to differentiate the …

Cellular mechanical properties are closely related to cell physiological functions and status,
and their analysis and measurement help understand cell mechanism. In this study, a …

The cell elasticity has attracted extensive research interests since it not only provides new
insights into cell biology but also is an emerging mechanical marker for the diagnosis of …

Glioblastoma multiforme is one of the most aggressive malignant primary brain tumors. To
design effective treatment strategies, we need to better understand the behavior of glioma …

Cell mechanics is closely related to and interacts with cellular functions, which has the
potential to be an effective biomarker to indicate disease onset and progression. Although …