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Genu varum

Genu varum (Blount's Disease) is a deformity marked by medial angulation of the leg in relation to the thigh, an outward bowing of the legs. It is also known as bandy-leg, bowleg, bow-leg, and tibia vara. Usually there is an outward curvature of both femur and tibia, with at times an interior bend of the latter bone. more...

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At birth all children are more or less bandy-legged. The child lies on its nurse's knee with the soles of the feet facing one another; the tibia and femora are curved outwards; and, if the limbs are extended, although the ankles are in contact, there is a distinct space between the knee-joints. During the first year of life a gradual change takes place. The knee-joints approach one another; the femora slope downwards and inwards towards the knee joints; the tibia become straight; and the sole of the foot faces almost directly downwards.

While these changes are occurring, the bones, which at first consist principally of cartilage, are gradually becoming ossified, and in a normal child by the time it begins to walk the lower limbs are prepared, both by their general direction and by the rigidity of the bones which form them, to support the weight of the body. If, however, the child attempts either as the result of imitation or from encouragement to walk before the normal bandy condition had passed off, the result will necessarily be either an arrest in the development of the limbs or an increase of the bandy condition.

If the child is weakly, either with rickets or suffering from any ailment that prevents the due ossification of the bones, or is improperly fed, the bandy condition may remain persistent. Thus the chief cause of this deformity is rickets. The remaining causes are occupation, especially that of a jockey, and traumatism, the condition being very likely to supervene after accidents involving the condyles of the femur. In the rickety form the most important thing is to treat the constitutional disease, at the same time instructing the mother never to place the child on its feet. In many cases this is quite sufficient in itself to effect a cure, but matters can be hastened somewhat by applying splints. When in older patients the deformity arises either from traumatism or occupation, the only treatment is surgery.

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COMPUTER-ASSISTED TIBIAL OSTEOTOMY FOR VALGISATION: USE FOR THE TREATMENT OF 19 CASES OF GENU VARUM
From Journal of Bone and Joint Surgery, 1/1/04 by Pichon, H

Purpose: Tihial osteotomy for valgisaiion is a difficult procedure with a risk of over-correction or under-correction which can have significant aesthetic, functional and medicolegal consequences. In order to improve the precision, we adapted a navigation system to tihial osteotomy for valgisation. ITie purpose of the present work was to evaluate the feasibility and results of this technique.

Material and methods: From March to November 2001, we used the Orthopilot system lor 19 patients with gcnu varum. Mean patient age was 50.8±11.7 years (range 18-71). The indication for valgisation was genu varum, associated with joint degeneration (grade 1, 2, or 3 in the modified Ahlback classification) in 18. The aesthetic effect of genu varum was the only indication in one patient. Preoperativeh, the mean HKA was 173.73±3.24° (range 169-178). The mechanical axis was determined with Orthopilot before performing an open medial osteotomy for valgisation which was fixed temporarily with a metal wedge to control as needed lower limb alignment. Orthopilot enabled verification of the desired axis. When obtained, the metal wedge was removed and replaced by a wedge of tricalcium phosphate (Biosorb®. B-Pharm) of the same size. The osteotomy was stabilised with a screw plate. The objective was to obtain a femorotibial axis between 182° and 186°. i.e. 2° to 6° valgus.

Results: HKA measured peroperatively with Orthopilot was 174.05±3.06°, exactly the same as on the preoperative x-rays. After oseotomy, HKA was 183.47±1.07° (180°-184°)with Orthopilot. and 183.47±1.44°(179°-186°) on the x-rays. Eighteen knees were within the objective of 182°-186° giving a success rate of 94.7%.

Discussion: Computer-assisted tibial osteotomy for valgisation using Orthopilot is quite feasible. To have a valid assessment of this new method, results would have to be compared with a series performed without computer assistance.

H. Pichon, D. Saragaglia, C. Chaussard, D. Berne

Service de Chirurgie Orthopedique et

Traurnutologie du Sport, Hopital Sud, BP 185,

38042 Grenoble cedex 09, France

Copyright British Editorial Society of Bone & Joint Surgery 2004
Provided by ProQuest Information and Learning Company. All rights Reserved

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