<p>(a-c) Two-dimensional pore density distributions along the surface of the two cell membranes. (d) Graph of pore densities along the surface of the two cell membranes. The dashed gray lines indicate the cell contact area.</p
International audienceThe computation for the distribution of the electric field ∇ϕ within biologica...
<p>The pulse duration time limits to 1 <i>μs</i>, 2 <i>μs</i>, 10 <i>μs</i>, and 100 <i>μs</i> with ...
International audienceBiologically relevant effects, as beginning of cellular apoptotic states, intr...
<p>Nanosecond pulse results were shown in (a), the microsecond pulse in (b), and the pulse combinati...
Traditionally, microsecond pulsed electric field was widely used in cell electrofusion technology. H...
An electric pulse with a sufficient amplitude can lead to electroporation of intracellular organelle...
<p>100-ns-long strong field pulse induced many tiny pores in the cell membrane, particularly in the ...
<p>(a) represented the TMV simulation region. In 7(b), the red, black, and the green curves represen...
International audiencePulsed electric fields of sufficient magnitude and duration trigger functional...
Electroporation is one of popular techniques to increase the permeability of cells for DNA transfer ...
Electroporation EP, in which external electric field pulses create transient pores in a cell membran...
Distribution functions of cell poration times Fp(t) for human red blood cells are determined experim...
The electroporation technique utilizes pulsed electric fields to induce porous defects in the cell m...
We develop a model of single spherical cell electroporation and simulate spatial and temporal aspect...
ABSTRACT Electroporation uses electric pulses to promote delivery of DNA and drugs into cells. This ...
International audienceThe computation for the distribution of the electric field ∇ϕ within biologica...
<p>The pulse duration time limits to 1 <i>μs</i>, 2 <i>μs</i>, 10 <i>μs</i>, and 100 <i>μs</i> with ...
International audienceBiologically relevant effects, as beginning of cellular apoptotic states, intr...
<p>Nanosecond pulse results were shown in (a), the microsecond pulse in (b), and the pulse combinati...
Traditionally, microsecond pulsed electric field was widely used in cell electrofusion technology. H...
An electric pulse with a sufficient amplitude can lead to electroporation of intracellular organelle...
<p>100-ns-long strong field pulse induced many tiny pores in the cell membrane, particularly in the ...
<p>(a) represented the TMV simulation region. In 7(b), the red, black, and the green curves represen...
International audiencePulsed electric fields of sufficient magnitude and duration trigger functional...
Electroporation is one of popular techniques to increase the permeability of cells for DNA transfer ...
Electroporation EP, in which external electric field pulses create transient pores in a cell membran...
Distribution functions of cell poration times Fp(t) for human red blood cells are determined experim...
The electroporation technique utilizes pulsed electric fields to induce porous defects in the cell m...
We develop a model of single spherical cell electroporation and simulate spatial and temporal aspect...
ABSTRACT Electroporation uses electric pulses to promote delivery of DNA and drugs into cells. This ...
International audienceThe computation for the distribution of the electric field ∇ϕ within biologica...
<p>The pulse duration time limits to 1 <i>μs</i>, 2 <i>μs</i>, 10 <i>μs</i>, and 100 <i>μs</i> with ...
International audienceBiologically relevant effects, as beginning of cellular apoptotic states, intr...
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