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Introduction
Effects of usEPs on plasma membranes - pores, channels, and repair
Simulations of membrane effects of cells after exposure to ultrashort pulses
Comparison between monopolar and bipolar pulses for effective nanoporation
usEP effects on the endoplasmic reticulum (ER)
Intra-cellular calcium release dynamics due to nanosecond electric pulsing
Effects of usEPs on DNA, nuclear, and subnuclear compartments
Mitochondria as usEP sensors
usEP induce regulated cell death mechanisms
Model rate equation evaluation of an extrinsic apoptotic pathway
Thermal effects in bioelectrics
Synergy between electric pulse and thermal effects
Synergy between electric pulsing and shock waves for cell poration
Probing potential for cellular stimulation by time-varying magnetic fields
Pulsed power generators
Pulse delivery and exposure systems
Pulse voltage measurement
usEPs in pre-clinical cancer treatment
usEPs as a possible immunotherapy.
Effects of usEPs on plasma membranes - pores, channels, and repair
Simulations of membrane effects of cells after exposure to ultrashort pulses
Comparison between monopolar and bipolar pulses for effective nanoporation
usEP effects on the endoplasmic reticulum (ER)
Intra-cellular calcium release dynamics due to nanosecond electric pulsing
Effects of usEPs on DNA, nuclear, and subnuclear compartments
Mitochondria as usEP sensors
usEP induce regulated cell death mechanisms
Model rate equation evaluation of an extrinsic apoptotic pathway
Thermal effects in bioelectrics
Synergy between electric pulse and thermal effects
Synergy between electric pulsing and shock waves for cell poration
Probing potential for cellular stimulation by time-varying magnetic fields
Pulsed power generators
Pulse delivery and exposure systems
Pulse voltage measurement
usEPs in pre-clinical cancer treatment
usEPs as a possible immunotherapy.