Banca de DEFESA: CARLA BARRETO SILVA DE CERQUEIRA

Uma banca de DEFESA de MESTRADO foi cadastrada pelo programa.
STUDENT : CARLA BARRETO SILVA DE CERQUEIRA
DATE: 16/12/2022
TIME: 10:00
LOCAL: Sala Especial de Qualificação/Defesa, 1º andar do ICS/UFBA
TITLE:

Thermographic and histopathological study of the effects of plasma jet therapy on the tissue repair process in rats.

KEY WORDS:

plasma jet; biomodulatory therapy; tissue repair; thermography; histological analysis.

PAGES: 46
BIG AREA: Outra
AREA: Multidisciplinar
SUMMARY:

Biomodulatory therapies have been used to improve the healing pattern and assist in the tissue repair process. Plasma jet is an electrotherapeutic resource that is currently being highly recommended for dermatological use and aesthetic purposes in order to treat wrinkles and expression lines, stretch marks and acne scarring. Additionally, studies have proven its bactericidal action, a fact that can expand its use for other therapeutic purposes. Objective: To evaluate the effects of plasma jet in the repair of standardized surgical wounds in the skin of rats through infrared thermographic imaging and histopathological analysis. Methodology: A total of 20 animals were used, divided into two groups, the control group (GC) and the group treated with the plasma jet (GJP). A standardized cutaneous surgical wound was performed on the animals' back and thermographic recording was carried out at different times. The control group did not undergo any type of therapy, whereas in the PJG, plasma jet therapy was performed (conduction mode, direct current, intensity of 5/8 and time of 90 seconds), immediately after surgery, and on the two days following. Half of the animals in each group were sacrificed on the 5th day after the surgical procedure, and the remainder on the 10th day. A tissue sample was removed from each animal for processing and histological analysis. Statistical analysis was performed. Result: It was found that the highest Delta T occurred in the group treated with plasma jet, especially on the 5th day (p>0.05). Conclusion: The present study found that infrared thermography proved to be an efficient resource for capturing temperature variations in the skin of rats during skin repair. The analysis of the thermograms showed that the application of the plasma jet in the surgical wounds generated a significant thermal variation in relation to the specimens of the control group, especially on the 5th day of the healing period.

COMMITTEE MEMBERS:
Presidente - 3530637 - JOSILENE BORGES TORRES LIMA MATOS
Externa ao Programa - 2279332 - ALENA RIBEIRO ALVES PEIXOTO MEDRADO - UFBAExterno à Instituição - ANTONIO MARCIO TEIXEIRA MARCHIONNI - EBMSP