Since the crucial role of the microenvironment has been highlighted, many studies have
been focused on the role of biomechanics in cancer cell growth and the invasion of the …

Increasing attention is devoted to the use of nanomechanics as a marker of various
pathologies. Atomic force microscopy (AFM) is one of the techniques that could be applied to …

Objective Establishing cell lines with enhanced protein production requires a deep
understanding of the cellular dynamics and cell line stability. The aim of the study is to …

In this work, we presented a method of finding and characterising transmembrane porous
structures, called fenestrations, with the help of convolutional neural networks. Case studies …

Extensive research has demonstrated the potential of cell viscoelastic properties as intrinsic
indicators of cell state, functionality, and disease. For this, several microfluidic techniques …

The viscoelasticity of cells serves as a biomarker that reveals changes induced by malignant
transformation, which aids the cytological examinations. However, differences in the …

Investigating the influence of different cellular mechanical and physical properties on cells in
vitro is important for assessing cellular activities like differentiation, proliferation, and …

Actin cytoskeleton morphology is able to affect and reflect the cellular mechanical properties.
However, due to the lack of efficient approaches to quantifying actin cytoskeleton and …

The response of cytoskeleton to mechanical cues plays a pivotal role in understanding
several aspects of cellular growth, migration, and cell–cell and cell–matrix interactions under …

The actin cytoskeleton plays a pivotal role in a broad range of physiological processes
including directing cell shape and subcellular organization, determining cell mechanical …