Periodontitis is a common condition in dogs. If left untreated, periodontitis leads to the destruction of the periodontal ligament, alveolar bone loss and eventual tooth loss. Apart from the local implications, it has been linked to systemic effects, including cardiac health. Early diagnosis of periodontitis and an appropriate therapeutic intervention can halt the progression and when possible, regenerate lost periodontal tissues. When the periodontitis is in an mild to moderate stage, a COHAT and closed root planing can be performed to remove deep deposits of plaque and inflammatory tissue. This can allow the periodontium to heal and reduce the attachment loss of the tooth.
Bio-Absorbable Regenerative Matrix
Bio-absorbable regenerative matrix has been applied in clinical veterinary practice for several years and has shown promising results in periodontal therapy. This lecture will provide a comprehensive overview of the bio-absorbable regenerative matrix, including its composition, mechanism of action, and the current body of research supporting its use. Practical examples of its application in the management of periodontitis in dogs will also be presented, highlighting clinical outcomes and case considerations. Additionally, demonstration of the step-by-step technique for proper placement of the matrix will be demonstrated, including surgical preparation, handling, and positioning to optimize tissue regeneration and healing. This lecture aims to combine both the scientific evidence and practical guidance necessary for effectively integrating the bio-absorbable regenerative matrix into veterinary periodontal treatment protocols.
Furthermore, preliminary findings from the research study into a new micro bio-absorbable regenerative matrix will be presented. This current, ongoing study looks into the new micro product that is developed specifically for the shallower pocket depths (4-6mm). The study compares pocket depth and alveolar bone height in teeth treated with closed root planing vs closed root planing with the new micro implant material. The first preliminary results will be discussed.
