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Our Team

The team at Harbour Cities Veterinary Hospital takes commitment to animals, pet parents and the Dartmouth community seriously. We work hard to deliver a high quality service and are highly-trained to ensure that our patients receive the best treatment and care possible. Call us today to book a tour, appointment or ask to meet our veterinary hospital staff!

This was my first time at this vet, they fit my bunny in for an emergency appointment as she was…

Claire Macdonald

I have been using Dartmouth Cities Veterinary Hospital for about 35 years and have always had wonderful service with every…

Beverley Gallant

I took my two cats there for a vaccine and a checkup. The staff is absolutely wonderful and did everything…

Katie Singer

The staff at Harbour Cities Vet hospital are always very welcoming and friendly. Their services are fairly priced and they…

Gabrielle Robichaud

I have been here twice now with my newly adopted Greyhound. Great place & very friendly staff. Highly recommend!

Lisa Campagna

Blog

Vestibular disease in companion animals

The vestibular system is a series of nerves, nuclei, portions of the brain, and organs of the inner ear that control the body’s sense of orientation and balance, helping the animal to understand movement. This system allows the animal to compensate for both their own movement and outside forces such as gravity, providing the ability to detect and respond to a stimulus. The vestibular system also works in conjunction with input from the eyes and proprioception from muscles, skin, and joints allowing the body to integrate sensory input and maintain balance. (Watson, etc.) To maintain normal balance, the three canals within the inner ear are filled with fluid and sensory hairs, both of which respond to the orientation of the head. Each tube is positioned at a 90 degree angle to the next and is more sensitive to movements that lie on its specific plane. As the fluid moves within the tubules, the hairs are stimulated and send nerve impulses to the brain. These never impulses are read and a message is sent to the body to respond, maintaining balance.

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