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1
Study of effect of microsecond pulsed electric fields on threshold area of HeLa Cells
Published 2012“…We found that the threshold area of cells membrane was affected when exposed to high voltage pulse electric field. …”
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2
Investigation of porcupine bezoar extract (Hystrix Brachyuran) on hela cell combined with electroporation method
Published 2019“…Electroporation (EP) is a technique whereby the cell membrane is exposed to increase the intensity of electric field pulses that can lead to a variety of biophysical and biochemical responses. …”
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Thesis -
3
A study on antimycobacterial activity and phytochemical constituents of Dipterocarpus sublamellatus foxw. hexane extract (DSHE)
Published 2020“…Results: The bacterial cells treated with 4-fold of Minimum Inhibitory Concentration (MIC=0.78 mg/mL) of DSHE rapidly inhibited the bacterial cell growth as early as 8 h of treatment. cell membrane integrity were severely interrupted and losing the vital constituents for cell survival and growth. …”
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4
Fundamental study of pulse electric field effects on hela cell cultured over extracellular matrix protein micro-patterned surface
Published 2017“…Electroporation (EP) is a method of controlling cell function by using pulses of electrical fields to create pores through cell membrane and causes other substance around it to be absorbed into the cell. …”
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Thesis -
5
Pulse electric field exposure effect on morphological properties of HeLa cells
Published 2015“…Further study showed that two or more adjacent HeLa cells merge together due to increased cell membrane permeability (electrofusion). This discovery triggered an idea to look at the PEF effect on wound healing process. …”
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Thesis -
6
Synthesis and characterization of a potential alginate-gelatin-cholesteryl ester liquid crystals bioink for tissue engineering applications
Published 2022“…The lipid is an essential element for cell membrane and stabilizing bilayer lipid membrane. …”
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Thesis -
7
Real-time simulation and control of spatio-temporal cardiac excitation using an analog-digital hybrid circuit model
Published 2011“…Action potential of a cardiac cell membrane and its conduction in the cardiac tissue provide a basis of the electrophysiological function of the heart through the cardiac excitation-contraction coupling mechanism. …”
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Thesis -
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Hardware implementation for cardiac electrical excitation and conduction using an FPGA
Published 2017“…Contraction of the heart is controlled by electrical excitations of cardiac cell membranes. The electrical excitations of the cells and their propagation in the heart tissue provide a basis of the physiological function of the heart through the cardiac excitation-conduction mechanism. …”
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Thesis