Effect of cold atmospheric plasma on the wound of diabetic rats by FE-DBD system

Adil, Ban H.; Al-Halbosiy, Mohammad M. F.; Mohmmed, Maath Salim; Kaith, Waseem K.; Abdalrazaq, Danea A.; Hameed, Sarah M.; Hasan, Fatima. F.

doi:10.1063/5.0092549

Cited by 1 publication

(1 citation statement)

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“…The primary uses of cold plasma in dermatology involve sterilization, enhancing the presence of growth factors, stimulating cell migration, and triggering processes like apoptosis and angiogenesis [31,32]. Owing to the extensive application of cold plasma in the medical field over recent years, various configurations tailored to this domain include plasma jet [33,34], dielectric barrier discharge plasma [3,5,7,12,19,[35][36][37], and spark plasma [38][39][40]. This article focuses on examining the safety of a particular type of dielectric barrier discharge plasma, specifically addressing the discharge of the dielectric barrier of the floating electrode (FE-DBD) within the realm of biomedicine [3].…”

Section: Introductionmentioning

confidence: 99%

Analysis and examination of the properties and behavior of floating electrode dielectric barrier discharge plasma for medical application

Razaghiha,

lotfi,

khani

et al. 2024

Preprint

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Today, plasma is extensively utilized in biomedicine. Given its widespread use, the presence of unknown variables, and potential hazards like electric shock and burns, this research explores the electrical, optical, and chemical aspects of plasma generated through floating electrode dielectric barrier discharge (FE-DBD). The aim is to ensure the device's electrical safety and evaluate its chemical and thermal properties. Additionally, this study investigates the parameters of the produced plasma. It provides an immunometric assessment and characterization of discharge plasma from the floating electrode dielectric barrier, facilitating device optimization and advancing our understanding of plasma characteristics for tailored biomedical applications.

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