Monthly Archives: March 2012

  1. Who Runs A Marathon? [INFOGRAPHIC]

    Did you run a marathon last year? People are lining up in droves to run the hottest marathons in the US such as the Chicago marathon, one of the Rock n Roll marathons, the LA marathon, or the many others. We know because we are there. In 2011, more than half a million Americans completed a marathon. Each year marathons grow in popularity and exhibit a greater diversity in their participants. However, the number of injuries sustained year after year has remained unchanged. Leave a comment and let us know why you think the number of injuries is not increasing.

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    Who Runs A Marathon

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  2. The Truth about ITB Syndrome

    KT Tape Advisory Board member Dr. Hal Rosenberg, DC explains the causes, symptoms, and best treatment practices for IT band pain, with a specific focus on how KT Tape works to alleviate pain and enhance the healing process. ILIOTIBIAL BAND SYNDROME Iliotibial band (ITB) syndrome is the most common cause of outer knee pain among athletes. (M. Fredericson. Practical Management of Iliotibial Band Friction Syndrome in Runners. Clin J Sport Med: May 2006 - Vol 16 (3) p 261-8) It develops as a non-traumatic, gradual increase of pain that is within the category of overuse syndromes. This condition is usually seen in runners and cyclists, but athletes of other sports can be affected as well. In ITB syndrome, pain in the outer knee is felt with foot contact in runners and as the knee extends (straightens) in cyclists.  ITB syndrome is also seen in athletes who participate in tennis, soccer, volleyball, and skiing. Anatomy of the IT Band Anatomically, the ITB is an extension of the Gluteus Maximus (GMax) and Tensor Fascia Lata (TFL) muscles of the hip. These muscles join together in a “Y” formation just below the pelvis and run down the outer thigh to attach just below the knee joint – to a spot called Gerdy’s Tubercle on the Tibia (shin bone). The function of the ITB is to provide stability to the thigh and knee joint. Evaluation of ITB Syndrome The evaluation of ITB Syndrome begins with an injury history of the athlete and a standard biomechanical and orthopedic evaluation. Common findings include poor control/stability of the outer hip stabilizers (primarily Gluteus Medius), core musculature, and/or over pronation of the foot. Pain can often be elicited by pressing along the outer knee along the course of the ITB, but otherwise there are no specific problems detected at the knee. When the Gluteus Medius is weak or inhibited, it does not keep the pelvis level when weightbearing – such as during stance phase while running or pedaling while cycling. This allows the pelvis to “dip” on the opposite side. The body’s response to this is to contract other muscles to compensate – in this case the GMax and TFL – which end up tightening the ITB. As tension within the ITB increases, it puts pressure on the structures of the outer knee and causes pain. Also tied in with Gluteus Medius stability is muscular control of the core. Muscular control of the core involves all of the muscles that wrap around the midsection of the body and extend down to the hips. When they contract they have a bracing affect. To visualize this, think about how you would tighten your muscles if someone were to hit you in the stomach, you were to hit a baseball, or shoot a basketball. You should notice that muscles contract in a ring-like formation around your mid-section. Overpronation of the foot, as mentioned above, also ties into lower extremity biomechanics. Pronation is a normal phase of gait which allows the foot to conform to the ground as it contacts it during foot strike. Overpronation occurs when the foot rolls in too far during foot strike. Treatment of ITB Syndrome As with most treatments in sports medicine, the treatment of ITB is multifaceted. Treatment begins with symptomatic relief of the pain. This can be achieved with icing the knee to decrease pain and inflammation. Gel ice packs designed for sports injuries are the best and should be applied over top of a moist paper towel barrier. Ice no longer than 15 minutes per hour and remove the ice if it becomes too painful or once the area becomes numb. KT Tape is a type of Kinesiology Tape that can be effective in treating ITB pain. When applied properly, KT Tape can help to relieve ITB pain by decreasing pain of rubbing or compression along the outer knee, as well as to help decrease swelling and inflammation. KT Tape is an elastic athletic tape that stretches lengthwise, but not widthwise. It is applied with a slight stretch on the tape and a slight stretch on the skin; when the tape recoils, it has a lifting effect on the skin. This lifting effect decreases pressure, which in turn helps to reduce pain. This same pressure decrease, combined with channels embedded within the adhesive of the tape, also helps to create a conduit to clear swelling. A further description of KT Tape and instruction on how to tape for ITB Syndrome can be found here. The next aspect of treatment involves addressing soft tissue restrictions within the muscles, tendons. This is achieved by a number of soft tissue techniques such as Dynamic Motion Therapy (DMT), myofascial realease therapy, massage therapy, and instrument assisted soft tissue mobilization therapy (IASTM). The goal of these therapies is to release excessive tension, scar tissue, and adhesions. When these restrictions are present in the soft tissue structures, they can cause pain as well as mechanically restrict motion patterns. Chiropractic manipulation and mobilisation of the low back and pelvis has also shown to be effective to address pelvic rotations that result from muscle imbalance. Foot stabilization must also be addressed if that is a contributing issue. A running gait analysis is utilized to address biomechanical imbalances, determine shoe prescription, and it one aspect to determine the need for orthotics. The final component of ITB Syndrome treatment involves exercise rehabilitation to restore the normal biomechanical stabilization. Working with a qualified sports chiropractor, physical therapist, or exercise rehabilitation therapist will help to correct biomechanical imbalances – and in doing so you will not only decrease your risk for injury but also improve your overall efficiency. Conclusion ITB syndrome is a common injury in endurance athletes, but it can also be seen in other sporting populations. Prevention starts with good biomechanics and proper core stabilization. Once injured, athletes can effectively be treated with specific soft tissue techniques, chiropractic manipulation, KT Taping, and exercise rehabilitation.   About the Author Dr. Hal Rosenberg is a member of the USA Triathlon medical staff, has served a Sports Medicine rotation at the United States Olympic Training Center in Colorado Springs, CO, and is a certified coach for USA Cycling. As a Certified Chiropractic Sports Practitioner (CCSP), Dr. Rosenberg specializes in the treatment of athletes. He has a diverse clinical approach by combining chiropractic, exercise rehabilitation, functional performance enhancement, Functional Movement Screening (FMS), Selective Functional Movement Assessment (SFMA), Graston Technique (GT) soft tissue therapy, and kinesiology KT Tape where he also serves on the medical advisory board. Dr. Rosenberg is a former instructor of Active Release Techniques (ART) soft tissue therapy. An Ironman and endurance athlete himself, Dr. Rosenberg's clinical practice includes athletes of all levels and disciplines. Additionally, Dr. Rosenberg is a faculty member at Palmer College of Chiropractic West where he teaches Sports Medicine. "My goal is to get you out of pain and back to an active and healthy lifestyle as quickly as possible. I educate my patients on how to stay healthy, active, and avoid injuries. I strive to deliver immediate and lasting relief from pain and enhance daily performance."   - Hal Rosenberg, DC, QME, CCSP  
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  3. Day to Day Dangers [INFOGRAPHIC]

    According to the U.S. Consumer Product Safety Commission, popular sporting activities for nearly all ages rack up an impressive number of treated injuries and hospitalizations throughout the year.

    We examine national injury estimates from a CPSC survey of more than 90 hospitals to find out which sports are the most dangerous.

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    KT Tape Day To Day Dangers

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  4. Young Bloods: The Truth about High School Sports [INFOGRAPHIC]

    High school athletes have always debated which sport is the toughest and most dangerous. The bigger issue, however is safety. As more and more athletes are getting into year-round sports, and competing at higher levels, there is growing concern for the safety of high school athletes and the long term effects that injuries have both on and off the field.

    The following graphic takes a look at which sports are the most dangerous, if boys or girls are getting hurt more, and how much time is being lost for recovery.

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