You’ve heard about soccer or football players threatened with “career-ending” knee injuries. Were you aware the problem might be worse for dogs? Rupture of the cranial cruciate ligament (CCL), the canine equivalent of the anterior cruciate ligament in humans, is the most common orthopedic problem seen in veterinary clinics across the globe. A Wall Street Journal article reports the amount of dog knees undergoing cruciate-ligament repair every year in the USA at over 1.2 million – roughly five times the amount of human processes.
This is true although individuals outnumber dogs at the U.S. by almost five to one. The price tag is high. In 2003, American dog owners spent over 1.3 billion dollars for surgical repair of ruptured ligaments based on a 2005 article by Dr. Vicki Wilke and colleagues at the Journal of the American Chemical Association. Surgery, however, is only one alternative. Another choice is a custom-made dog knee brace for the wounded dog. Dr. Sherman Canapp, JR., DVM, MS, Diplomate ACVS, is among the world’s foremost experts on the canine knee (technically referred to as the “stifle”). Dr Canapp claims that long-term success was obtained by means of a custom knee brace made with a certified orthotist. Especially for elderly dogs, for dogs with concurrent medical conditions, or for dog proprietor with fiscal limitations, orthotic treatment must be closely considered. Concerning the Sorts of orthotic treatment accessible, Dr. Canapp recommends utilizing the Tamarack Flexure Joint for a custom dog knee brace. “Tamarack joints may be used to offload the stifle by mimicking the activity of a healthy joint.” Canapp et al.. 2008.
Generally, Canapp says that dogs adapt to orthotic devices within days to weeks with proper owner oversight and compliance. Since Canapp says, “the growth of the devices has helped cure and preserve several health problems and injuries with fantastic success, with and without surgical intervention. They frequently give an alternative to operation when coupled with appropriate introduction, rehabilitation and maintenance.” Canapp et al. 2008.