Biomechanical studies are expanding across a variety of fields, from biomedicine to
biomedical engineering. From the molecular to the system level, mechanical stimuli are …

Abstract Purpose of Review Osteocytes are the conductors of bone adaptation and
remodelling. Buried inside the calcified matrix, they sense mechanical cues and signal …

探究软骨细胞机械负载下的力学特性对于理解软骨细胞的正常和病理状态以及骨性关节炎的
病因至关重要. 基于软骨细胞有限元计算模型的力学响应与其本构参数之间的高度复杂非线性 …

Nanomaterials are currently the state-of-the-art in the development of advanced biomedical
devices and applications where classical approaches have failed. To date, majority of the …

It is well-known that cell adhesion is important in many biological processes such as cell
migration and proliferation. A better understanding of the cell adhesion process will shed …

Nanoindentation refers to a class of experimental techniques where a micrometric force
probe is used to quantify the local mechanical properties of soft biomaterials and cells. This …

A comparative analysis of T-lymphocyte mechanical data obtained from Micropipette
Aspiration (MPA) and Atomic Force Microscopy (AFM) is presented. Results obtained by …

Heterogeneous intercellular coupling plays a significant role in mechanical and electrical
signal transmission in the heart. Although many studies have investigated the electrical …

Boron nitride nanomaterials have attracted significant interest due to their superior chemical
and physical properties. Despite these novel properties, investigation on the interaction …

Abstract Purpose of Review Quantification of the morphology of osteocyte lacunae has
become a powerful tool to investigate bone metabolism, pathologies and aging. This review …