【摘 要】
：
The transport of ions through the cell membrane is regulated by the channel proteins.The redox species which could precisely modulate physicochemical process in the living cells play an important role
【机 构】
：
Key Laboratory for Advanced Materials & School of Chemistry and Molecular Engineering,East China Uni
【出 处】
：
第二届微流控、纳流控及芯片实验室国际会议
论文部分内容阅读
The transport of ions through the cell membrane is regulated by the channel proteins.The redox species which could precisely modulate physicochemical process in the living cells play an important role to implicate intracellular targets via the concentration diffusion.However,the underlying mechanisms and kinetics during the cell redox signaling process lacks analytical methods.
其他文献
As the integration of electronic devices being greatly increased.Semiconductor manufacturing technology has been developedto nanoscale.However,nano-manufacture brings many problems which needed not be
In this study,the thermal diode effect is examined in a fluid-filled nanogap with asymmetric fluid-solid interactions.By using nonequilibrium molecular dynamics(NEMD)simulations,it is found that the t
The microfluidic chip transfers the pretreatment,chemical reaction,separation,detection,and other functions of the sample to a chip of several square centimeters,which embodies the characteristics of
Ion tranport in CNTshas many applications in areas such as energy conversion/harvesting,seawater desalination,biological sensing,and chemical analysis etc.Previous experimental studies1,2 reported ult
Nano-scale gas flows are frequently encountered in the components of micro-and nano-electromechanical systems,and usually found in magnetic disc drive units.It is reported that in the latest IBM hard
Graphene membrane,having a staggered multilayer structure,is demonstrated to be a promising membrane for energy storage and ion separation.The superior property of graphene membrane is owing to the ex
Mechano-nanofluidics1,defined as the study of mechanical actuation effects on the properties of nanofluidics,have received broad interest recently in the field of nanofluidics.The coupling between pho
Fluid flow at the nanoscale is dominated by surface effects.Phenomena that are usually unimportant in macroscopic fluid flow become highly significant at the nanoscale,forcing us to reconsider the usu
Optofluidics is the combination of microfluidics and optics,which brings a host of new advantages to conventional solid systems.The capabilities of light manipulation and biochemical sensing are inher
The reliable and rapid generation of pico-/nano-liters(pL/nL)volume droplets containing various fluids is of great interest for fundamental biomedical sciences,translational medicines and pharmaceutic