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Gluteus medius – the butt of all problems

The gluteal muscles are the power house of the human body. The muscle group is comprised of gluteus maximus, medius and minimus, controlling the major movements of the hip. Each muscle has a vital function:

  • Hip Extension: Vital for gait (walking)
  • Pelvic stability
  • Controlled movement of the hip
  • Power for propulsion
  • Stability and alignment of the pelvis during single-leg movement

What if the role of the Gluteus Medius (GM)?

GM serves to maintain pelvic alignment during single-leg activities such as jumping, kicking and running. When you consider that over 50% of the gait cycle is spent on one leg, which can be increased by over a further 30% during running, it is easy to appreciate the importance of this muscle in a healthy, functioning body.

A weak GM can result in what is called the ‘Trendelenburg Sign’or hip sag. This hip sag sounds relatively innocent, however repeated misalignment of the pelvis during gait can lead to other problems in the spine, knee and ankle. This not only increases risk of overuse injuries, incorrect tracking of the knee cap, poor transmission of impact forces and decreases the body’s ability to generate power during general and sporting activity.

How can chiropractic help?

  • Chiropractic treatment ensures that the entire body is in alignment allowing the pelvis to maintain optimal positioning, thus giving the glut muscles the best possible chance to fire properly.
  • If incorrect pelvic alignment is present, muscles such as the ITB and TFL tend to act as cable pulls. These muscles then take over as the primary lateral pelvic stabiliser, causing the GM to switch off. Patients with an inactive GM will begin to experience pain and dysfunction in the lower chain, including the lower back, hip, knee and ankle.
  • Changes in pelvic alignment alters the force vectors in the lower body. Here patients will often experience hamstring and hip flexor over activity, leading to changes in gait, posture and often low grade tears or injuries within these tissues. These changes in vectors cause joints throughout the body to overload, as well as increasing the chance of injury.
  • Chiropractors work closely with the spine to ensure optimum nerve firing and neurological function. By doing so, we can ensure that all nerve pathways from the brain and spinal cord are flowing uninterrupted, thus reducing the chances of muscular atrophy and inhibition.
  • Adjustments to the sacroiliac joint (part of the pelvis) provides a strong proprioceptive input which lets the body know where all of its joints and muscles are in space. This encourages joint centration and appropriate muscle tone. NB: When a patient has a repeated muscle problems, there will almost always be a joint alignment issue as well as a disconnect between the brain and muscle regarding the nerve supply, the so called “switching off” of the muscle. Trigenics Myoneural Medicine is an easy procedure we use to get the brain talking to the muscle again so recovery is far quicker. Many Olympians will use this form of treatment to enhance performance before an event, as simple minor changes in biomechanics can be the difference between a podium and non-podium finish.

How can I strengthen and switch on my gluts?

  • Single leg exercises with a practitioner prescribed gym program
  • Wall hip drops
  • Bridges on a yoga ball
  • Theraband clams
  • Crab steps
  • Resisted and Bulgarian lunges
  • Pilates, pilates and more clinical pilates

For more information and an assessment contact the staff at Longueville Road Chiropractic Centre for an appointment.

Laser Therapy is the New Frontier in Sports Performance and Reduced Recovery Time

Increase Performance, Decrease Recovery Time, Reduce Pain –  Laser Therapy is the New Frontier in Sports Performance

For the last three years, Longueville Road Chiropractic Centre (LRCC) has been paving the way for sporting performance, recovery and pain modulation. Currently at the forefront of leading research, Low Level Laser Therapy (LLLT) has proven its effectiveness and power in enhancing performance and minimising tissue damage with results published in over 4000 articles in well-respected journals internationally, and one new paper daily is admitted to PubMed.

So what is LLLT?

LLLT is the application of low power laser beams, at three varying wavelengths, to enhance cellular function. This use of multiple wavelengths optimises absorption by saturating tissue levels and penetrating deeper.  This absorption of light wave triggers a series of physiological changes, modulating cellular metabolism, stimulating immunity, reducing inflammation, accelerating tissue healing and dampening pain perception.

LLLT is currently used by a number of leading researching institutions, space exploration programs and high performance sports teams including, Chicago Bulls, Detroit Lions, San Francisco 49ers and Los Angeles Kings. Research is presently under way with the Argentina Rugby Team.

How does it work?

The absorbed energy emitted by the light wavelengths stimulates a series of metabolic events that enhance the body’s natural process at a cellular level. This increases blood flow and thus oxygen and nutrient supply to tissue, reduces inflammation and pain, as well as stimulate tissue regeneration at a faster rate. By stimulating tissue granulation, fibroblast and collagen production, tissue regeneration and healing of injured tissue occurs more efficiently.

However, not only does this reduce recovery time, LLLT has been shown to enhance performance and muscle recovery as well as prevent injury. The increased release of ATP, the body’s primary energy supply, allows the athlete to work at a higher intensity for longer periods. As such the laser can be used throughout any stage of training; Preparation, Performance or Recovery.

How LLLT can help assist in Performance & Recovery

Preparation

Your training is intense, and happens over an extended period of time. Your body has to get stronger, faster, more agile as you peak for competition. Use laser before training to relieve any muscle-skeletal pain, reduce future muscle fatigue. The LLLT also has a protective effect on the muscles, minimizing oxidative damage and protecting against fatigue, as supported by the literature.

Performance

As an athlete you know how much a split second counts. Studies have shown improved performance by 20% (over placebo) during the activity and a noted increase in performance by 10-15% after 48 hours. Another study found that 80% of all pitchers were able to improve total pitch count (p<0.023) by 16% with one active laser session that lasted less than 5 minutes!

Recovery

You require your body to bounce back for the next session, often which is in as little as 24 hours, or in the case of cross fit less then an hour. Your next competition could be in less than an hour, or it could be a week or month away. LLLT provides powerful relief for acute issues such as spasms, strains and sprains, as well as more chronic repetitive stress.  The laser will speed up the recovery, reduce muscle fatigue and gain the strength and stamina to get to the next training session quicker, with studies showing 300% faster recovery (than a placebo).

Pain

Unfortunately pain is more often then not a component of any intense training program. LLLT provides natural relief by dampening substance P, the chemical controlling pain perception within us.

Low Level Laser Therapy = Legal Performance Enhancement.

LLLT effective in the treatment of:

Musculoskeletal pain (acute & chronic)                      Neuropathic pain

Migraine & headache                                                  Sports injury

Fatigue & Fibromyalgia                                              Wound healing

Depression, & Anxiety                                               Tennis & Golfers elbow

Achilles tendonitis                                                      Carpal tunnel

Fasciitis

And promising in the treatment of..

Tinnitus                                                                       Cardiovascular diseases

Diabetes                                                                      Degenerative conditions

Allergic diseases                                                         Inflammatory bowel diseases