POWERED BY CANINE ORAL HEALTH POSTBIOTIC TECHNOLOGY

Triple Action Targeted Oral Care

• Clinically proven postbiotic + baking soda
• Scrubs with rugged ridges to grind off grime
• FRESHENS BY REDUCING BAD BREATH BACTERIA
• PREVENTS PLAQUE & TARTAR BY SUPRESSING UNWANTED MICROBES

NOT ANOTHER CHEW-AND-HOPE GIMMICK

Science-backed Canine Oral Health Postbiotic

Targets unwanted oral microbes at the root, rebalancing the mouth’s microbiome for lasting fresh breath and dental health.

Baking Soda

Gently helps clean teeth, balance pH, and neutralize bad breath.

Sodium  Polyphosphates

Helps prevent plaque from hardening into tartar for a smoother, cleaner mouth.

Green Tea Extract

Supports fresh breath and helps keep plaque from sticking.

DINOVITE DENTAL CHEWS DO WHAT OTHERS WON’T.

While other chews tap out at the teeth, ours keep going. Powered by clinically studied canine oral postbiotic technology, these chews work beyond the scrape:

• Supporting a healthier oral environment from within
• Helping disrupt unwanted bacteria at the source
• Helping keep the funk from making a comeback
• Supporting fresher breath that actually lasts

This is the difference between “looks clean” and stays clean.

Clinical Study: A Novel Postbiotic Reduces Canine Halitosis

Real oral health isn’t a one-step job. Our dental chews are clinically proven to go deeper than surface scrubbing, helping to reduce plaque and support gum health between brushings and vet visits.

The clinically studied canine oral health postbiotic has been shown to deliver measurable improvements across the three things pet parents care about most: fresher breath, cleaner teeth, and a balanced oral microbiome. Backed by multiple independent clinical trials, this research demonstrates significant reductions in odor-causing compounds and the unwanted microbes that lead to plaque and tartar buildup—The result? A cleaner mouth, fresher breath, and better oral health from within.

Key Points:

7 Days Shown to reduce bad breath compounds in just seven days

98%    Show to disrupt oral biofilms by an average of 98%