Comparing the effect of dielectric barrier discharge plasma and jet plasma for healing of tendon tissue

Subject Areas : Journal of Comparative Pathobiology

مریم Amini ¹ ( Faculty of physics, Shahrood University of Technology, shahrood, Iran )
مهدی momeni ² ( Faculty of physics, Shahrood University of Technology, shahrood, Iran )
علیرضا Jahandideh ³ ( Department of Veterinary Medicine, Tehran Azad university science and research branch, Tehran, Iran )

Received: 2022-09-07 Accepted : 2022-09-07 Published : 2022-02-20

Keywords:

Abstract :

Tendon injury is a common problem and is increased in last decade. The healing of this tissue is weak because the weak blood circulation. Using of new technology such as cold plasma is necessary.  The cold plasma is divided according to working gas and set up. The plasma jet and DBD are the two main plasma set up that play and important role in healing. Some factors such as voltage and electrode type is important in efficacy of the plasma systems. For achieving the optimum condition for healing, the voltage of plasma jet and DBD is adjusted to 5, 10 and 15 Kv and cu, steel and aluminum electrode were used. Then the density and temperature, voltage, current and OES of the plasmas were measured and the best condition were selected for tendon treatment. The results show that the treatment process is the same in the both plasmas but the amount of healing is different. Comparing the results show that DBD plasma at 15 kV and using CU electrode is the best treatment for tendon healing. OES analysis shows that the new peak of O and N is observed in this treatment which is not seen in the others.

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