Abstract

In this paper the effect of irradiation of cold plasma on the skin for healing of injured tissue, which is located inside a body (such as tendon), is evaluated. Cold plasma was applied to the rabbits skin after suturing and continued for 21 days. After 21 days the tendon tissue was considered histological. The results show that cold plasma treatment led to reduction of the inflammatory cells and acceleration of the recovery phase by increase neovascularization and collagen production. At the non-touching cold plasma production of ultraviolet, neutral radicals, and electric fields led to some effect on cells. To find the effect of electric fields, ultra violet, and reactive oxygen species, the indirect plasma treatment compared to direct treatment. To produce indirect plasma, a grounded mesh was put as a second electrode. The results of this study confirm that the cold plasma treatment of skin has positive effect on healing of tissue inside a body. The electric fields has no effect on the healing process. Results of this study show that reactive oxygen species is the parameters that causes healing.

中文翻译：

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漂浮放电等离子修复肌腱损伤

摘要

在本文中，评估了冷等离子体照射在皮肤上以修复位于身体（例如肌腱）内部的受伤组织的效果。缝合后，将冷血浆施加于兔皮肤，并持续21天。21天后，腱组织被认为是组织学的。结果表明，冷血浆处理通过增加新血管形成和胶原蛋白的产生，导致炎症细胞的减少和恢复阶段的加速。在非接触式冷等离子体中，紫外线，中性自由基和电场的产生导致对细胞的某些影响。为了找到电场，紫外线和活性氧的影响，将间接等离子体处理与直接处理进行了比较。为了产生间接等离子体，将接地的网作为第二电极。这项研究的结果证实，对皮肤进行冷等离子体处理对体内组织的愈合具有积极作用。电场对愈合过程没有影响。这项研究的结果表明，活性氧是导致愈合的参数。