The creation and characterization of large-area ultrathin highly pliable free-standing PDMS membranes and their application to the study of cellular epithelia is described. The ultra-thin membranes permitted the straight forward calculation of cell monolayer moduli, derived from measured stress-strain curves. These measurements allowed the unprecedented detection of cellular-level injury in the epithelia caused by the rupture of cell-cell tight junctions in response to stretching.close
Session - Mechanics of Biological and Soft Materials: Mechanics of cell sheets, multicellular assemb...
The collective transmission of forces in multicellular colonies plays an important role in biologica...
Polydimethylsiloxane (PDMS) membranes can act as sensing elements, barriers, and substrates, yet the...
As the elastic response of cell membranes to mechanical stimuli plays a key role in various cellular...
We report a method for making ultra-thin PDMS membrane devices. Freely suspended membranes as thin a...
Abstract We report a method for making ultra-thin PDMS membrane devices. Freely suspended membranes ...
The mechanical properties of the cell components, cell plasma membrane and cytoskeleton, as well as ...
Gaining access to the cell interior is fundamental for many applications, such as electrical recordi...
Directly examining subcellular mechanics whilst avoiding excessive strain of a live cell requires th...
In the past, significant effort has been made to develop ultrathin membranes exhibiting physiologica...
Membrane tension underlies a range of cell physiological processes. Strong adhesion of the simple re...
Abstract Free-standing nanomembranes are two-dimensional materials with nanometer thickness but can ...
Everyday life physiological functions such as breathing, muscle contraction, and blood circulation r...
Red cells which adhere to a surface in a parallel plate flow channel are stretched when acted on by ...
Advances in polymer science have significantly increased polymer applications in life sciences. We r...
Session - Mechanics of Biological and Soft Materials: Mechanics of cell sheets, multicellular assemb...
The collective transmission of forces in multicellular colonies plays an important role in biologica...
Polydimethylsiloxane (PDMS) membranes can act as sensing elements, barriers, and substrates, yet the...
As the elastic response of cell membranes to mechanical stimuli plays a key role in various cellular...
We report a method for making ultra-thin PDMS membrane devices. Freely suspended membranes as thin a...
Abstract We report a method for making ultra-thin PDMS membrane devices. Freely suspended membranes ...
The mechanical properties of the cell components, cell plasma membrane and cytoskeleton, as well as ...
Gaining access to the cell interior is fundamental for many applications, such as electrical recordi...
Directly examining subcellular mechanics whilst avoiding excessive strain of a live cell requires th...
In the past, significant effort has been made to develop ultrathin membranes exhibiting physiologica...
Membrane tension underlies a range of cell physiological processes. Strong adhesion of the simple re...
Abstract Free-standing nanomembranes are two-dimensional materials with nanometer thickness but can ...
Everyday life physiological functions such as breathing, muscle contraction, and blood circulation r...
Red cells which adhere to a surface in a parallel plate flow channel are stretched when acted on by ...
Advances in polymer science have significantly increased polymer applications in life sciences. We r...
Session - Mechanics of Biological and Soft Materials: Mechanics of cell sheets, multicellular assemb...
The collective transmission of forces in multicellular colonies plays an important role in biologica...
Polydimethylsiloxane (PDMS) membranes can act as sensing elements, barriers, and substrates, yet the...