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How do I make my membrane keyboard feel mechanical? 

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The nanofluidic membrane also exhibits excellent mechanical flexibility, demonstrating stable performance even when the membrane is folded 150°.
Mechanical stiffness is increased making the membrane easier to handle.
Our results demonstrate how transient membrane localization of a novel F-BAR domain, likely via specific binding to curved membranes, coupled to a RhoGAP domain, can provide feedback between a mechanical signal (membrane stretching) and actomyosin contractility.
The membrane exhibits good thermal stability and high mechanical strength.
Their results nicely illustrate how membrane tension can serve as a global mechanical regulator that couples different biochemical processes occurring at diverse locations along the cell boundary.
Here we report a self-powered, non-mechanical-punching keyboard enabled by contact electrification between human fingers and keys, which converts mechanical stimuli applied to the keyboard into local electronic signals without applying an external power.
The calculation results show that membrane mechanical durability correlates positively with increasing membrane thickness and temperature.
These numerical results show that the proposed method can be used to gain critical insights into how the cortical membrane affects cell deformation and how it may be used as a means to determine a cell's mechanical properties by measuring curvatures of its membrane.
This paper presents a novel method for detecting a ghost key at the membrane type keyboard, which has additional resistive coating to the membrane film.
The structure can strengthen mechanical properties of membrane.

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