Guided Tissue Regeneration Therapy With Bone Augmentation in a Lingual, Infrabony Osseous Defect of a Mandibular Canine

Bebel, Angelica; Rochette, Judy

doi:10.1177/0898756420905125

Cited by 2 publications

(2 citation statements)

References 26 publications

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“…Further, they are sourced from human, porcine, or bovine tissues, unlike the bone membrane, which is sourced from canine tissue (19). The polymer and bone membranes in this study are veterinary products with documented clinical success when used for GTR to treat naturally occurring periodontal disease in dogs (9)(10)(11)(12).…”

Section: Discussionmentioning

confidence: 99%

“…However, the success of GTR in canine patients is unknown, limiting our ability to routinely incorporate this into veterinary clinical practice. Case reports and small case series have documented clinical success in all instances as a proof-of-concept, but none provide robust data due to small case numbers (Supplementary Table 1) (7)(8)(9)(10)(11)(12). This study aimed to establish the clinical success of GTR in a large canine cohort and identify factors associated with clinical success.…”

Section: Introductionmentioning

confidence: 99%

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Clinical success of guided tissue regeneration for treating vertical bone and furcation defects in dogs

Lee,

Soukup,

Rendahl

et al. 2023

Front. Vet. Sci.

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This study evaluated the clinical success rate of guided tissue regeneration (GTR) for treating advanced periodontal disease in a large canine cohort. A total of 112 GTR procedures performed from 2003–2021 were retrospectively evaluated, including pre- and post-treatment (3–12 months) periodontal probing depths of 104 treated teeth, dental radiographs of 73 treated teeth, and both diagnostic modalities in 64 treated teeth. Probing depth, radiographically apparent bone height, bone graft material, barrier membrane material, and tooth extraction adjacent to the GTR site were investigated as factors affecting success. Vertical bone defects were evaluated separately from furcation defects. GTR was clinically successful, defined as objective improvement in probing depth, objective decrease in radiographic vertical bone defect, and subjective radiographic gain in bone height in 90.3% of vertical bone defects. Success was significantly associated with the magnitude of initial probing depth and the type of barrier membrane used. GTR was clinically successful, defined as objective improvement in furcation probing and subjective radiographic improvement of the bone in the furcation in 22.2% of furcation defects. When F3 lesions were excluded, GTR was successful in 64.3% of furcation defects. GTR is an appropriate treatment to maintain teeth in the oral cavity of dogs with proper client counseling and patient selection, but it is most likely to be successful in vertical defects.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Clinical success of guided tissue regeneration for treating vertical bone and furcation defects in dogs

Lee,

Soukup,

Rendahl

et al. 2023

Front. Vet. Sci.

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Treatment of an Infrabony Defect of a Maxillary Canine Tooth Using Enamel Matrix Derivatives with Allogeneic Bone Augmentation in a Dog

Kim,

Lee

2024

J Vet Dent

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A 5-year-old Miniature Dachshund was presented having an infrabony pocket on the palatal aspect of the right maxillary canine tooth. The bony defect had worsened despite previous closed root planing and administration of a perioceutic agent. A second surgery using an allogeneic cancellous bone augmentation with an enamel matrix derivative was performed in the infrabony defect following open root planing. Eight months after the periodontal surgery, the osseous defect showed healing by improved periodontal probing measurements and increased radiopacity using dental radiography and computed tomography.

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Guided Tissue Regeneration Therapy With Bone Augmentation in a Lingual, Infrabony Osseous Defect of a Mandibular Canine

Cited by 2 publications

References 26 publications

Clinical success of guided tissue regeneration for treating vertical bone and furcation defects in dogs

Clinical success of guided tissue regeneration for treating vertical bone and furcation defects in dogs

Treatment of an Infrabony Defect of a Maxillary Canine Tooth Using Enamel Matrix Derivatives with Allogeneic Bone Augmentation in a Dog

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