Post-­traumatic & post­operative problem cases in orthopaedics

Dr. med. Wolfgang Rohrer, Klosters, Switzerland

After a fracture or orthopaedic surgery the body’s biological system has to rebuild the injured bone function.
In the case of a fracture a position as close as possible to real human anatomy needs to be achieved using appropriate measures. This is achieved through the repositioning and fixation of the fractured parts in an anatomically correct position. In the case of repositioning which cannot be implemented externally, a surgical procedure is usually the method of choice. In so doing, the fracture fragments are repositioned during surgery and fixed using various options.
With many orthopaedic interventions (for instance realignment osteotomy) the bone is intentionally injured. This injury, unlike the fracture, is a planned and less traumatic injury to the bone.
This presentation is intended to give you ideas about how you can efficiently aid problematic bone healing using the BICOM® method. However, first of all a word or...

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Holistic treatment of sports injuries

Marko Kolbezen, Sports Professor, Brezovica, Slovenia
Dear colleagues,
Allow me to introduce myself briefly.
I am Marko Kolbezen and I come from  Slovenia. I have gained considerable experience with bioresonance due to my son’s severe allergies. Following considerable success with treatment and having acquired an understanding of the manner in which the BICOM® device operates, I came up with the idea of applying bioresonance to the sports world as I work in this field as a sports instructor and personal trainer. Having used BICOM® for over four years, I can say that I am  increasingly enthusiastic about its effectiveness and the opportunities offered by the BICOM® device.
In my paper I will present the application of BICOM® bioresonance to the treatment of sports injuries. My work has brought me into contact with various injuries, namely: kneejoint injuries (especially injuries to the collateral and cruciate ligaments), injuries to the ankle joint (sprains), spinal injuries (overloadin...

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