Dr. Lox on Bodybuilding and Knee Arthritis: A Regenerative Medicine Approach
Bodybuilding vs. Arthritis
Knee pain and bodybuilding are common. Dennis M. Lox M.D. has treated some of the world’s most acclaimed bodybuilders, including the highest level Mr. Olympia with Regenerative Medicine.
Knee pain may develop from bodybuilding as a result of injuries from ruptured tendons, meniscal and ACL tears, kneecap pain, and tendinitis. Over time, wear and tear occur from the excessive loads of heavyweights being lifted repetitively, which may result in an early development of knee arthritis or osteoarthritis.
Athletes are notorious for ignoring pain, taking anti-inflammatory medications, ice, and even pain pills to keep training and lifting weights. The effects of heavy squats, leg presses, hack squats, lunges, and leg extensions over time, exert a heavy toll on the knee of the bodybuilder.
Regenerative Therapy and Bodybuilding
Bodybuilding is basically training the body through weights and exercise to be stronger, more defined, and toned. Often, the recreational “bodybuilder” or fitness buff, has the least information on the real science of how muscles work and nutrition. This is a natural setup for overuse training, improper training, and excessive knee wear and tear, resulting in arthritis development. Those who train and are overweight are unaware that their goal of getting in shape if done improperly, may only propel the wear and tear effect of degenerative knee arthritis.
For every ten pounds of excess weight, the force of the weight is magnified to the knee. For example, that ten pounds is really more like 30-50 pounds of extra force. Twenty pounds is more like 100 pounds of excessive force. So imagine wearing a 100-pound backpack, and squatting 250 pounds for repetitions of 12 and 3 sets? Elite Competitive bodybuilders, while their body fat is lower, may weigh 300 pounds, but may squat 500 pounds or leg press even more. Their sets and repetitions are higher, and they measure their workouts in total volume lifter it tons of weight lifted in a day. Over decades this has an enormous wear and tear effect upon the knee joint resulting in accelerated degenerative knee osteoarthritis.
Dr. Lox has treated athletes of all sports and frequently encounters weightlifters and bodybuilders with knee pain. Regenerative Medicine applications under the supervision of a Sports and Regenerative Medicine specialist may halt or reverse the progressive nature of knee arthritis.
What is Osteoarthritis?
Osteoarthritis is a progressive disorder. Traditional medical treatment such as anti-inflammatory arthritis medications (NSAIDS), cortisone, and surgery do not halt the degenerative progression of arthritis. Patients and athletes are increasingly turning to Regenerative Medicine as an alternative treatment strategy to alter progressive knee joint wear.
Many patients and athletes do not want a knee replacement surgery, and Regenerative Medicine is a viable treatment strategy to be proactive. Each patient and athlete needs individual assessment for optimal treatment. Consulting a skilled and experienced Sports and Regenerative Medicine Specialist is essential to the best outcome for each patient.
Tampa Bay, Florida (727) 462-5582
Beverly Hills, California (310) 975-7033
About Dennis M. Lox, M.D.
Whether you are a professional athlete, weekend warrior, or have arthritis from aging, Dr. Lox can help.
Dennis M. Lox, M.D. is an internationally renown Sports and Regenerative Medicine specialist. Dr. Lox incorporates Regenerative Medicine techniques such as cell science applications, Platelet Rich Plasma (PRP), and Tissue Engineering aspects, to help patients from around the world with a vast array of problems. Dr. Lox is board certified in Physical Medicine and Rehabilitation. Dr. Lox lectures extensively and has edited two PM&R textbooks, the prestigious A State of the Art Review (Star) on Low Back Pain, and Soft Tissue Injuries: Diagnosis and Treatment.
Dennis M. Lox, M.D. maintains an active practice in the Tampa Bay, Florida area, and in Beverly Hills, California.