Abstract:

The purpose of periodontal therapy is to preserve and maintain the natural teeth of the individual in a way that provides optimal function, aesthetics and comfort throughout the life. Optimal periodontal treatment involves the regeneration of lost periodoncy. As a result of traditional therapies, even under ideal conditions often occurs long epithelial adhesion, a limited amount of bone, cement and joint tissue formation. But over the past 20 years, studies to create periodontal regeneration after periodontal surgery have been concentrated. The factor that is critical for the development and regeneration of periodontal tissues is the withdrawal of appropriate cells to the wound area. Recently, biological or synthetic structures, which also function as a carrier to provide periodontal regeneration, have begun to be used together with autogenic cells, medium molecules and growth factors. The main source of the growth factor complex, which plays a key role in natural wound healing, are thrombocytes. Trombocytes not only prevent local blood and lymphatic loss by shaping the foam, but also contain growth factors and cytokines that start the healing of the wound. In recent years, developed plasma rich in thrombocytes (TZP) and fibrin rich in thrombocytes (TZF) applications, by reversing the rate of erythrosite/trombocytes in the natural pot, ensure that growth factors are applied to the surgical area in a concentrated manner, accelerating wound healing and regeneration. The purpose of this collection is to provide information on the mechanism of efficacy, preparation and clinical applications of trombocytes, which is a new approach to periodontal regenerative therapy.

Keywords: