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Biomedical subjects

L P Buschbacher

Publications and source records attributed to L P Buschbacher.

5 recordsLinked to original sources

Evaluation of buoyant hydrofitness devices for leg musculoskeletal conditioning.

Air splints have been used for immobilization of fractures, skin graft stabilization and preprosthetic rehabilitation of the amputated lower limb. The purpose of this clinical study was to assess its use as a hydrofitness device to facilitate walking reeducation, to produce muscle strengthening and to increase joint extensibility in patients with weak legs. The performance of the air splint as a hydrofitness device was compared to that of the new foam hydrofitness device. The parameters used to assess the performance of these devices included durability, application and removal times, joint extensibility and the magnitude of the fluid drag forces. On the basis of this evaluation, the performance of the foam hydrofitness device was judged to be superior to that of the air splint for leg musculoskeletal conditioning.

Humans↗

Limited joint mobility in power lifters.

In this study we compared the flexibility of 10 power lifters with 10 age-matched nonpower lifters as controls. To do this, we used goniometric measurements, the behind the back reach test, and the sit and reach test. The sit and reach test was the only measurement that showed the flexibility of the power lifters to be greater than that of the nonpower lifters.

Adult↗

A new hydrofitness device for leg musculoskeletal conditioning.

A new leg hydrofitness device has been designed for aquatic exercise. It consists of three separate rectangular-shaped buoyant floats that are positioned around the ankle. A clinical trial indicates its potential value for walking reeducation, strengthening leg muscles, and enhancing joint extensibility.

Biomechanical Phenomena↗

Bioengineering principles of hydrotherapy.

Hydrotherapy is based on several important bioengineering principles that permit the design and development of aquatic exercise devices, techniques and programs. These principles involve several forces (buoyancy, drag, inertia), hydrostatic pressure and the specific heat of water. By acquiring a knowledge of these bioengineering principles, an individualized exercise program can be prescribed that will enhance physical fitness which is associated with desirable psychological changes.

Biomechanical Phenomena↗