Add to ORKGExperimental analysis of biaxial mechanical tension in cell monolayers and cultured three-dimensional tissues Experimental analysis of biaxial mechanical tension in cell monolayers and cultured three-dimensional tissue
Everyday life physiological functions such as breathing, muscle contraction, and blood circulation r...
Biological tissues are subjected to complex loading states in vivo and in order to define constituti...
Two-dimensional (2D) studies have revealed that mechanical forces drive cell migration and can feedb...
AbstractMechanical signals transferred between a cell and its extracellular matrix play an important...
Mechanical loading alters cellular responses. While in vitro mechanical stimulation is a powerful to...
The importance of mechanical cues in guiding cell function and stem cell fate is now widely accepted...
Determining the contractile forces present in three dimensional model systems of wound healing will...
Cells are mechanically coupled to the surrounding microenvironment which acts as local physical cues...
Living tissues are active, multifunctional materials capable of generating, sensing, withstanding an...
To analyse mechanotransduction resulting from tensile loading under defined conditions, various devi...
To analyse mechanotransduction resulting from tensile loading under defined conditions, various devi...
Determining how biological cells respond to external factors in the environment can aid in understan...
Two-dimensional (2D) studies have revealed that mechanical forces drive cell migration and can feedb...
Cellular biomechanics is an area of study that is receiving more attention as time progresses. The r...
Physical forces regulate the behavior of cells and tissues and are essential in cell organization an...
Everyday life physiological functions such as breathing, muscle contraction, and blood circulation r...
Biological tissues are subjected to complex loading states in vivo and in order to define constituti...
Two-dimensional (2D) studies have revealed that mechanical forces drive cell migration and can feedb...
AbstractMechanical signals transferred between a cell and its extracellular matrix play an important...
Mechanical loading alters cellular responses. While in vitro mechanical stimulation is a powerful to...
The importance of mechanical cues in guiding cell function and stem cell fate is now widely accepted...
Determining the contractile forces present in three dimensional model systems of wound healing will...
Cells are mechanically coupled to the surrounding microenvironment which acts as local physical cues...
Living tissues are active, multifunctional materials capable of generating, sensing, withstanding an...
To analyse mechanotransduction resulting from tensile loading under defined conditions, various devi...
To analyse mechanotransduction resulting from tensile loading under defined conditions, various devi...
Determining how biological cells respond to external factors in the environment can aid in understan...
Two-dimensional (2D) studies have revealed that mechanical forces drive cell migration and can feedb...
Cellular biomechanics is an area of study that is receiving more attention as time progresses. The r...
Physical forces regulate the behavior of cells and tissues and are essential in cell organization an...
Everyday life physiological functions such as breathing, muscle contraction, and blood circulation r...
Biological tissues are subjected to complex loading states in vivo and in order to define constituti...
Two-dimensional (2D) studies have revealed that mechanical forces drive cell migration and can feedb...