Osteo Intraorganelle Nanoporation under Electrical StimuliIJERD Editor
Nanoporation is a highly effective method to increase permeability of intraorganelle membrane by using series of pico electric pulses. Using this technique, we can introduce specific drugs into the intraorganelle of regid cell like osreoblast and it has various application in medical science. The effect of phospholipids in respond to external pico electric fields, behaviour of water dipoles in the complex electric field landscape of the membrane interface and reorganization of water dipoles in pore formation process have been proposed in these studies. Pore characteristics such as life time, ion selectivity, size, kinetics of formation as well as number of pores are significant factors in the present study.
Osteo Intraorganelle Nanoporation under Electrical StimuliIJERD Editor
Nanoporation is a highly effective method to increase permeability of intraorganelle membrane by using series of pico electric pulses. Using this technique, we can introduce specific drugs into the intraorganelle of regid cell like osreoblast and it has various application in medical science. The effect of phospholipids in respond to external pico electric fields, behaviour of water dipoles in the complex electric field landscape of the membrane interface and reorganization of water dipoles in pore formation process have been proposed in these studies. Pore characteristics such as life time, ion selectivity, size, kinetics of formation as well as number of pores are significant factors in the present study.