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Micro-contact printing (MCP) is a scheme that allows a substrate or surface to be functionalized freely with a protein of extracellular matrix (ECM), in a well-defined manner. MCP can be used to regulate cell adhesion geometry on a substrate and in controlling wound healing process. In this study, human colon cancer cell line, HT29 were grown on a micro-contact printed pattern of fibronectin with...
Pulse electric field exposures on human cancer cells have shown an alternative towards drug free wound treatments. The earlier investigations have shown interesting findings on usage of this electrical means generated via high voltage pulse generator system. Therefore, the aim of the study is to investigate the effect of pulse electric field on the migration properties of colon cell line HT29 towards...
Electroporation is a process of the biophysical effect on cells exposed to an external electrical field is gaining applications in medical treatments, especially to create pores through a cell membrane and allow uptake of DNA into a cell. Therefore, in the theoretical evaluation of electroporation, transmembrane potential and characteristics of the cells growth is the target of the analysis. In this...
Electroporation application development substantially affected the development of research process including controlling cell functions by using pulses of electrical fields to create pores through a cellular membrane causes cell lysis and apoptosis commonly known as electroporation. Here we demonstrate the influence of the μsPEF on the Breast cancer cells (MCF-7) membrane. The purpose of this study...
Pulsed electric field (PEF) application development substantially affected the development of research process including controlling cell functions by using pulses of electrical fields to create pores through a cellular membrane causes cell lysis and apoptosis commonly known as electroporation or electrofusion. Here we demonstrate the influence of the PEF on the threshold area (TA) of human cervical...
Electroporation is a process of the biophysical effect on cells exposed to an external electrical field is gaining applications in medical treatments, especially to create pores through a cell membrane and allow uptake of DNA into a cell. Therefore, in the theoretical evaluation of electroporation, transmembrane potential and characteristics of the cells growth is the target of the analysis. In this...
Microsecond pulse electric field (μsPEF) application development substantially affected the development of research process including controlling cell functions by using pulses of electrical fields to create pores through a cellular membrane causes cell lysis and apoptosis commonly known as electroporation. Here we demonstrate the influence of the μsPEF on the threshold area (TA) of human cervical...
Electroporation (EP) system is a process of controlling cell functions by using electromagnetic fields (EMF) to create pores through a cellular membrane that causes cell lysis and apoptosis. In this paper we present an experimental setup for fundamental studies on cell EP. An adjustable high voltage pulse generator (3kV/10µs – 600µs pulse length) system were connected to the EP chamber which subsequently...
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