F.R.P. Gives The Athlete The Competitive Edge And Helps Restore Function Quicker With Less Pain For the Injured Athlete.


     The process of achieving the competitive edge over another competitor,  or of restoration of full function,  is a dual process of exercise and electrical stimulation in concert with each other.   Electrical stimulation of muscle nerves has an ultimate outcome of increased torque or power.   This process is achieved by volitional contractions accompanied by muscle fiber recruitment with electrical stimulation.   

      The Infrex FRM actually excites the closest and largest muscle fibers first, while exercising, and with the intensity increased during exercise recruits more distant and smaller muscle fibers.   This process aids in function restoration and increased range of motion for higher torque.   The targeted fibers are stimulated by the 8,000+ frequency of the Infrex FRM thus allowing stimulation not available with other stimulation devices.   


  The FRP  video below ( coming soon) explains how the world class athlete, weekend golfer, professional tennis player or NBA star


1.  expands range of motion,


2.  increases torque for greater strength, and


3.  delays fatique for a competitive advantage.

Table of Contents

Dr. Albert Szent-Gyorgi, Nobel Prize Medicine Print E-mail


Dr. Albert Szent-Gyorgi

The Albert Szent-Gyorgyi Papers & Videos At Bottom This URL

[Albert Szent-Gyorgyi working at his lab bench, Woods Hole, Massachusetts]. 30 August 1965.  

Albert Imre Szent-Gyorgyi (1893-1986), a Hungarian-born biochemist, was the first to isolate vitamin C, and his research on biological oxidation provided the basis for Krebs' citric acid cycle. His discoveries about the biochemical nature of muscular contraction revolutionized the field of muscle research. His later career was devoted to research in "submolecular" biology, applying quantum physics to biological processes. He was especially interested in cancer, and was one of the first to explore the connections between free radicals and cancer. Szent-Gyorgyi won the 1937 Nobel Prize in Physiology or Medicine for his work in biological oxidation and vitamin C, and the Lasker Award in Basic Medical Research in 1954, for contributions to understanding cardiovascular disease through basic muscle research.

The Woods Hole Marine Biological Laboratory Library is the repository for the Albert Szent-Gyorgyi Papers, which range from 1894 to 1995. The collection contains photographs, oral history interviews, published articles, video recordings, and lectures.

As part of its Profiles in Science project, the National Library of Medicine has collaborated with the Woods Hole Marine Biological Laboratory Library to digitize and make available over the World Wide Web a selection of the Albert Szent-Gyorgyi Papers for use by educators and researchers. This site provides access to the portions of the Albert Szent-Gyorgyi Papers of the Woods Hole Marine Biological Laboratory Library that have been selected for digitization. Individuals interested in conducting research in the Albert Szent-Gyorgyi Papers are invited to contact the Woods Hole Marine Biological Laboratory Library.

This online Exhibit is designed to introduce you to the various phases of Szent-Gyorgyi's scientific career and professional life. It is divided into sections that focus on Szent-Gyorgyi's life and major scientific contributions. We suggest that new visitors begin with this exhibit, which includes a small selection of documents and visuals, organized within these sections. Each section begins with a "Background Narrative," which leads to "Documents" and "Visuals."

Visitors may access additional materials through Search on the navigation bar. They may also view the materials alphabetically or chronologically by choosing Browse on the navigation bar. Documents and visuals in these lists are arranged by format and then either alphabetically by title or chronologically.


Dr. Szent-Gyorgi explains in this video how he ended up doing what he did - interesting video in which his life is explained:



Here is one of the rare videos interviewing Gyorgi on understanding basic life cycles:




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