Numerical investigation of force and deflection of nanoneedle penetration into cell using finite element approach: Parameter study and experimental validation of …
M Rostami, MT Ahmadian - International Journal for Numerical …, 2023 - Wiley Online Library
This paper aims to develop a numerical methodology to investigate the penetration process
of nanoneedles into cells and the corresponding force and indentation length. The finite …
of nanoneedles into cells and the corresponding force and indentation length. The finite …
Primary cilia mechanics affects cell mechanosensation: A computational study
Primary cilia (PC) are mechanical cell structures linked to the cytoskeleton and are central to
how cells sense biomechanical signals from their environment. However, it is unclear …
how cells sense biomechanical signals from their environment. However, it is unclear …
The insertion mechanism of a living cell determined by the stress segmentation effect of the cell membrane during the tip–cell interaction
N Fan, H Jiang, Z Ye, G Wu, Y Kang, Q Wang, X Ran… - Small, 2018 - Wiley Online Library
Atomic force microscopy probes are proved to be powerful tools to measure and manipulate
the individual cell, providing potential applications for the controlled drug/protein delivery …
the individual cell, providing potential applications for the controlled drug/protein delivery …
Numerical simulation of nanoneedle-cell membrane collision: minimum magnetic force and initial kinetic energy for penetration
M Rostami, MT Ahmadian - Biomedical Physics & Engineering …, 2024 - iopscience.iop.org
Aims and objectives: This research aims to develop a kinetic model that accurately captures
the dynamics of nanoparticle impact and penetration into cell membranes, specifically in …
the dynamics of nanoparticle impact and penetration into cell membranes, specifically in …
Multifrequency optomechanical stiffness measurement of single adherent cells on a solid substrate with high throughput
A Mehrnezhad, K Park - Analytical chemistry, 2017 - ACS Publications
Mechanical properties of a cell reflect its biological and pathological conditions and there
have been active research efforts to develop high-throughput platforms to mechanically …
have been active research efforts to develop high-throughput platforms to mechanically …
Mechanical Load Transfer at the Cellular Level
Cells interact with their extracellular environment, from which they gather information that
influences their behaviour. The cytoskeleton provides a bridge to transmit information …
influences their behaviour. The cytoskeleton provides a bridge to transmit information …
[图书][B] Developing an Optomechanical Approach for Characterizing Mechanical Properties of Single Adherent Cells
A Mehrnezhad - 2019 - search.proquest.com
Mechanical properties of a cell reflect its biological and pathological conditions including
cellular disorders and fundamental cellular processes such as cell division and …
cellular disorders and fundamental cellular processes such as cell division and …