Single‐cell biophysical properties play a crucial role in regulating cellular physiological
states and functions, demonstrating significant potential in the fields of life sciences and …

Determining the grade of glioma is a critical step in choosing patients' treatment plans in
clinical practices. The pathological diagnosis of patient's glioma samples requires extensive …

We investigate little-appreciated features of the hierarchical core–shell (CS) models of the
electrical, mechanical, and electromechanical interactions between the cell membrane (CM) …

Background Biomechanical tissue properties of glioblastoma tumors are heterogeneous, but
the molecular mechanisms involved and the biological implications are poorly understood …

The microfluidic impedance flow cytometer (m-IFC) using constricted microchannels is an
appealing choice for the high-throughput measurement of single-cell mechanical properties …

The artificial neural network (ANN) based models have shown the potential to provide
alternate data-driven solutions in disease diagnostics, cell sorting and overcoming AFM …

We present a novel method of 3-dimensional surface fitting of a droplet using ellipsoids such
that the droplet is a combination of segments of two to four distinct ellipsoids. Further, this …

Simple Summary Biomechanics has emerged as a key player in diffuse glioma progression
and invasion, as the glioma cells interact both chemically and mechanically with the …

We employ a three-dimensional numerical model to analyze the dynamics of single-phase
flow in a parallel branched microchannel with varying geometric dimensions of constrictions …

Mathematical and computational models linking cell mechanical properties with deformation
are crucial for understanding cellular behavior. While various techniques measure the …