Study Comparing Zinc-Enhanced and Standard Bovine Hydroxyapatite for Immediate Dental Implants in Adults Aged 21 to 50

What this Trial Is About

This research aims to evaluate the clinical and radiographic effects of two types of bone graft materialszinc incorporated bovine derived hydroxyapatite xenograft and bovine hydroxyapatite xenograft aloneused in immediate dental implants. It focuses on addressing the challenge of the residual space between the implant and the socket wall, known as the jumping distance, which can affect implant stability and bone healing. The study explores how zinc incorporation may enhance bone regeneration and implant success compared to standard bovine hydroxyapatite grafts. Participants will receive immediate dental implants combined with either the standard bovine derived hydroxyapatite xenograft or the zinc incorporated version. Both treatments involve surgical implant placement using advanced digital workflows, including computer-aided design and 3D-printed surgical guides to ensure accurate implant positioning. The study groups receive these graft materials immediately after tooth extraction, aiming to evaluate their impact on bone healing and implant integration. During the study, participants will undergo clinical and radiographic assessments over a period of nine months, including measurements of marginal bone loss and bone density using densitometric gray scale values. The research team will monitor implant stability and bone regeneration through imaging and clinical exams. The total participation duration includes treatment and follow-up evaluations to assess the outcomes of each graft material on implant success and bone health.

Zinc Incorporated Bovine Derived- Hydroxyappatite Xenograft in Immediately Placed Implant