Is your dog suffering from Hip Dysplasia? Many dogs suffer from this condition and often it is hereditary. Some Dog Breeds are more prone than others. If your dog happens to be prone to develop this condition you can learn about this condition right here.
Once your dog shows signs of this condition is it imperative that you consult with your veterinarian to provide proper treatment. Supplements can aid but will not prevent Hip Dysplasia in Dogs.
Veterinary Medicine advances rapidly and there is much more known about the management of this disease. Once diagnosed there are things that can be done to make your dog more comfortable and to slow down the progression. Surgery is an option as well, but not always the best way to go.
But let’s start with the Condition and find out what it is all about.
What Is Hip Dysplasia?
Hip dysplasia is an inherited condition resulting from an improperly formed hip joint. Because the joint is loose, the dog’s leg bone moves around too much, causing painful wear and tear.
How Can I Tell if My Dog Has Hip Dysplasia?
Some cases of hip dysplasia are so mild there are no symptoms, but if your dog seems stiff or sore in the hips when getting up, if he seems hesitant to exercise, stand on his hind legs or climb stairs, or if he’s limping or bunny-hopping, a visit to the vet is in order.
When Do Dogs Develop Hip Dysplasia?
Each case is different, depending on the dog. Hip dysplasia can begin to develop in puppies of five months old and worsen as they age—or not show up at all until a dog has reached geriatric years. In many cases, though, the condition becomes visible in dogs in their middle or later years.
How Is Hip Dysplasia Diagnosed?
An evaluation for hip dysplasia will likely include a physical examination, radiographs and manual tests on your dog’s hip.
Which Dogs Are Prone to Hip Dysplasia?
Hip dysplasia commonly affects larger breeds of dogs, including German shepherds, Rottweilers, retrievers, Great Danes and St. Bernards. However, dogs of all breeds and all sizes are susceptible to this inherited condition.