Titlebook: Ultrashort Electric Pulse Effects in Biology and Medicine; Stephen J. Beebe,Ravi Joshi,Shu Xiao Book 2021 Springer Nature Singapore Pte Lt

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Probing Potential for Cellular Stimulation by Time-Varying Magnetic Fields,ue ablation. Electric pulse stimulation, however, requires insertion of electrodes into tissue, which may not always be conducive or convenient. On the other hand, time-varying magnetic fields can also induce time-dependent electric fields based on Lenz’s law and Maxwell’s equations, and thus be an

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Pulse Delivery and Exposure Systems,issue near the electrodes can be determined through analytical approach or numerical calculation (Sect.?.). In the time domain, the pulses seen at the target are largely affected by the pulse duration and the electrical characteristics of the electrodes in the tissue, especially the associate capaci

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Pulse Voltage Measurement,the resistive divider is a better choice. The divider is typically consisted of a high value resistor and a 50 Ω resistor, designed to match the impedance of a standard coaxial cable. The configuration and related issues of such a divider is discussed in Sect.?.. With robust resistors, the divider c

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usEPs in Pre-clinical Cancer Treatment,ial for usEPs to serve as a cancer therapy. Like simulations with cells in suspension, usEPs also passed through cells in tumor tissues forming high-density nanopores in all cell membranes as supraelectroporation, distinct from conventional electroporation. The first studies were smaller in scope, b

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Ultrashort Electric Pulse Effects in Biology and Medicine

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Introduction,rammed cell death, and a lower intensity, calcium mobilization from intracellular structures. This chapter, after a short introduction to electroporation, provides an overview of the progress of basic studies on nano- and picosecond pulse effects on cells, tissues, and organisms over the past two de