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Specific breed brochure - Breed Nutrition

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Although often discovered by chance and not causing the dog any pain, the frequency of fracture<br />

of one of the eight sesamoid bones should also be noted. These are the small bones of the foot<br />

that connect the metacarpi and the phalanges of the toes. Almost every other Rottweiler is said to<br />

be susceptible to this type of problem at some time (Desperiez, 1997).<br />

Hindquarters<br />

The most common diseases of the hindlimbs among Rottweilers are hip dysplasia and a ruptured<br />

anterior cruciate ligament of the knee.<br />

Incidence of dysplasia in Rottweilers<br />

Rottweilers are robust dogs, but they are much more susceptible to hip dysplasia than the dog<br />

population as a whole (6.5 times more susceptible according to LaFond et al, 2002). It is important<br />

to screen for dysplasia as early as possible as genetic selection is the basis of the fight to eradicate<br />

the hereditary component of this disease.<br />

A radiology examination can be used to<br />

diagnose dysplasia. Clinically, hip dysplasia<br />

Coxofemoral dysplasia<br />

can manifest itself as a ‘rolling’ gait as viewed<br />

from the rear or pain during exercises that<br />

require flexion-extension of the hindlimbs.<br />

The Orthopedic Foundation for Animals (OFA)<br />

database shows that in the US Rottweilers are<br />

among the <strong>breed</strong>s in which the percentage of<br />

dogs classified as having healthy hips after a<br />

radiology examination is rising fastest. These<br />

figures are skewed due to the greater likelihood<br />

of the healthiest dogs being screened,<br />

but the high rate of submission to this examination<br />

is still a positive factor (Morgan et al,<br />

2000).<br />

Dysplasia is due to hyperlaxity of the head<br />

of the femur inside the joint cavity of<br />

the pelvis. In time abnormal joint functioning<br />

leads to wear of the surfaces of the joint<br />

and subluxation of the femur.<br />

11<br />

1. Pelvis<br />

2. Head of femur<br />

3. Neck of femur<br />

4. Femur

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