In certain clinical applications, pulsating currents are applied to specific body regions for therapeutic purposes. In this paper, we analyze the resulting thermal field to determine the optimal amplitude, period, and duration of these stimuli, ensuring that the temperature in the targeted tissue remains below the necrosis threshold.
Modeling thermal effects of pulsating currents in human tissues: How to prevent necrosis / Farina, Angiolo, Antonio Fasano, Fabio Rosso.. - In: BIOPHYSICA. - ISSN 2673-4125. - ELETTRONICO. - 4:(2024), pp. 4.477-4.487. [10.3390/biophysica4040031]
Modeling thermal effects of pulsating currents in human tissues: How to prevent necrosis
Farina Angiolo
;Antonio Fasano;Fabio Rosso.
2024
Abstract
In certain clinical applications, pulsating currents are applied to specific body regions for therapeutic purposes. In this paper, we analyze the resulting thermal field to determine the optimal amplitude, period, and duration of these stimuli, ensuring that the temperature in the targeted tissue remains below the necrosis threshold.
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