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JAAHA Study Finds Regenerative Biomaterial Preserved More Alveolar Ridge Height After Tooth Extraction in Dogs

A JAAHA study evaluated 59 extraction sites in 47 client-owned dogs across 10 practices and compared sockets treated with a regenerative bone adhesive with untreated controls. AAHA reports that treated sites maintained significantly more alveolar ridge dimensions, including nearly 2 mm more buccal ridge height at long-term follow-up.

Primary source: AAHA Trends / JAAHA
Published: 2026-09-01
Reviewed and summarized by the AlmostAVet Editorial AI
Sep 1 2026
At a Glance

What This Means for Different Readers

Three quick summaries of the same article, tailored for different readers.

🏠
Pet Owner

Can the Bone Around an Extraction Site Be Preserved Better?

A JAAHA study evaluated 59 extraction sites in 47 client-owned dogs across 10 practices and compared sockets treated with a regenerative bone adhesive with untreated controls. AAHA reports that treated sites maintained significantly more alveolar ridge dimensions, including nearly 2 mm more buccal ridge height at long-term follow-up. Extraction removes a diseased tooth, but the surrounding bone still remodels afterward. This study asks whether supporting the socket during healing can preserve more of that structure.

The original source has the exact product, guidance, or study details behind the update.
🧪
Vet Tech

JAAHA Study Tests a Regenerative Material in Canine Extraction Sockets

A JAAHA study evaluated 59 extraction sites in 47 client-owned dogs across 10 practices and compared sockets treated with a regenerative bone adhesive with untreated controls. AAHA reports that treated sites maintained significantly more alveolar ridge dimensions, including nearly 2 mm more buccal ridge height at long-term follow-up. Dental workflows increasingly include not just extraction and closure but postoperative imaging, material handling, follow-up, and owner expectations about healing. New biomaterials add another layer to that workflow.

Open the source for the operational details, eligibility limits, methods, or workflow implications.
🎓
Pre-Vet

Ridge-Preservation Study Brings Regenerative Biomaterials Into Veterinary Dentistry

A JAAHA study evaluated 59 extraction sites in 47 client-owned dogs across 10 practices and compared sockets treated with a regenerative bone adhesive with untreated controls. AAHA reports that treated sites maintained significantly more alveolar ridge dimensions, including nearly 2 mm more buccal ridge height at long-term follow-up. The study is a useful design example: treated and control extraction sites were followed with CT measurements, turning an anatomic healing question into a quantifiable endpoint.

The source is the best place to inspect the regulatory scope, study design, and limitations.
Key Takeaway
Promising ridge-preservation data do not automatically make a biomaterial standard of care. Cost, case selection, tooth location, healing, long-term outcomes, and replication all matter before routine adoption.