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A dog with hip dysplasia rarely limps in just one place. Long after the coxofemoral joint itself has been diagnosed, treated, or medicated, something else keeps giving trouble — a stiff lower back, a reluctant jump, a forelimb that seems to carry more than its share. Courtney O'Regan's research paper for the London College of Animal Osteopathy asks why, and what can actually be done about it. The joint laxity behind canine hip dysplasia sets off a chain reaction. As dogs shorten their stride and shift weight away from the affected hip, the lumbar spine, sacroiliac joint, contralateral limb, and even the shoulders begin absorbing forces they were never built to carry alone. Gait analysis studies show these adaptations persist even in dogs already receiving conventional treatment. O'Regan traces this compensatory cascade through current veterinary literature, then turns to osteopathy's specific toolkit — soft tissue release, articulatory mobilisation, functional technique, craniosacral work — to examine which mechanisms might unwind it. Drawing parallels from human osteopathic research on chronic low back pain and existing rehabilitation data in dogs, the paper builds a case that extends well beyond the hip joint itself. The conclusion is not that osteopathy cures hip dysplasia. It can't. But the paper makes a compelling argument for what it might do instead: ease the secondary strain that so often causes more visible suffering than the original diagnosis. For owners watching a dog adapt around pain, and for practitioners weighing where manual therapy fits alongside surgery and medication, this paper offers a clear, evidence-grounded case for treating the whole dog rather than just the joint that started it all.
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