Abstract
This article is a comprehensive exploration of the clinical and radiological findings derived from the utilization of osteoplastic synthetic material, combined with plasma gel and platelet-rich plasma, to facilitate and augment local osteogenesis subsequent to the atypical extraction of the lower third molar. The study, comprising 80 patients, was meticulously divided into two distinct groups: the experimental group and the control group. The strategic utilization of osteoplastic synthetic material in conjunction with plasmogel for bone wound filling, along with the introduction of plasma enriched with platelet factors into the transitional fold of the surgical site, emerged as a pivotal approach. This multifaceted technique not only acted as a robust defense against wound infections but also exhibited a remarkable reduction in the frequency of postoperative inflammatory complications, impressively plummeting from 10% to a mere 2.5%. Radiological assessments, notably through X-ray examinations, provided compelling evidence of an accelerated and substantially reinforced reparative regeneration of bone tissue within the void left by the extracted lower third molar. The primary and overarching objective of this comprehensive study was to meticulously scrutinize and document the outcomes arising from the meticulous implementation of osteoplastic synthetic material in conjunction with plasmogel and platelet-rich plasma. This innovative approach was systematically applied to catalyze and amplify local osteogenesis, predominantly in the aftermath of the intricate and atypical extraction of the lower third molar, shedding light on the transformative potential of this multifaceted intervention in clinical practice.