Clinical, biometric, and ultrasound assessment of the effects of the autologous fibroblast cells transplantation on nasolabial fold wrinkles.

Abstract

Feeling beautiful and staying young have always been important to the people. Therefore, an extensive body of research has focused on the efforts made to remove the skin problems, especially wrinkles. Fibroblast cells of the skin are the various autologous cells currently used in repairing several wounds, scars, and skin aging. Thus, the present study was conducted to assess the efficacy of the transplantation of the fibroblast cells in eliminating the facial wrinkles using the biometric assessment and to optimize the application of this technique in this treatment. The present study was conducted on 22 male and female patients aged between 35 and 60years old. Samples were collected from the retro-auricular region, and the fibroblast cells were isolated and cultured. Subjects received three injections with autologous fibroblasts at 2-week intervals. The patients were followed up for 6months, and structural changes in their wrinkles were assessed by the sonography and the VisioFace software, cutometer, tewameter, and colorimeter. The results obtained using the VisioFace software showed the significant phenotypic changes in the patients after the nasolabial injections (81.42±23.97 vs. 60.91±21.91, p=0.0001). The results showed a significant increase in the total skin density (13.73±6.30 vs. 26.27±7.93, p=0.0001), dermis density (11.28±5.21 vs. 31.88±7.96, p=0.0001), epidermis density (27.68±23.15 vs. 49.21±45.68, p=0.046), and dermis thickness (798.09±133.51μm vs. 905.59±240.67μm, p=0.036) compared to pre-treatment. The findings of the study revealed that the injection of autologous fibroblasts can be effective in restoring the aging skin, especially in the nasolabial region, and can be used as a safe rejuvenating strategy.