Why do your muscles hurt?

The most common reason for booking a treatment with Vitality Therapy is muscle pain due to your”knots”.

So what do we mean by “knots”?  Technically speaking they are either  Trigger points (or Myofascial Trigger Points to give them their correct name) or hypertonic muscles.

There are six key elements that cause acute or chronic muscle pain:

  1. Ischemia: the lack of blood flow to soft tissues that causes hypersensitivity to touch.
  2. Hypertonic muscles: very tense muscles or muscle spasms.
  3. Trigger points: highly irritated points and bands in the muscles that refer pain to other parts of the body.
  4. Nerve entrapment/compression: pressure on a never by soft tissue, cartilage or bone.
  5. Postural distortions: imbalance of the musculoskeletal system resulting from poor posture while siting at a desk.
  6. Bio-mechanical distortions: imbalance of the musculoskeletal system resulting in faulty movement patterns e.g. poor sports techniques.

A massage therapist has a wide variety of techniques in their toolkit to help release muscle pain including NMT.

 

 

Related Posts

  • So how does massage reduce pain? – Part 2

    Previously I explained the scientific theory for  "How does massage reduce muscle pain?" in the short term .  But what about the long term? I would like to introduce to you the "descending pain suppression mechanism." The brain is not a passive receiver of sensory messages, but rather a centre that interprets them and makes constant adjustments accordingly. For example, everyone knows that the way you perceive pain will be influenced by whether you focus on it or think of something else instead. And it seems reasonable to suppose that evolutionary selection may have favoured those individuals who could ignore pain signals for long enough to take actions that let them escape and survive danger.

    Unpleasant cutaneous sensations stimulate nuclei within the mid brain.  These nuclei in turn initiate activity in the descending spinal tracts that release endogenous opiates (inhibitory neurotransmitters) within the spinal segment receiving the painful input.  This diminishes the intensity of the pain transmitted to the higher centres. Sports and Deep Tissue massage techniques can reinforce a naturally occurring discomfort, causing much greater release of opiates and achieve a more profound pain suppression.

    References Basbaum A, Fields H.  (1978) Endogenous pain control mechanisms: review and hypothesis.  Ann Neurol 4: 451-2. Watson J (1982) Pain mechanisms: a review.  3. Endogenous pain mechanisms.  Australian Journal of Physiotherapy 27: 135-43
  • What is Acupressure Massage?

    What is Acupressure? Acupressure has its roots in traditional Chinese and Japanese cultures through Shiatsu and Anma. How does Acupressure Work? Acupressure points are places on the body that are especially sensitive to bioelectrical impulses and conduct these impulses readily.  In Chinese medicine terms acupressure points are junctions on the meridians that carry human energy, which the Chinese call Chi and the Japanese call Ki.  Western scientists have also mapped out and proven the existing of this system of acupressure points by using sensitive electrical devices.  Stimulating these acupressure points with pressure, acupressure massage triggers the release of endorphins which are the neurochemicals that relieve pain. Tension tends to concentrate around the acupressure points.  When a muscle is chronically tense or in spams, the muscle fibres contract due to the secretion of lactic acid caused by fatigue, trauma, stress, chemical imbalances or poor circulation.  When acupressure points are pressed, the muscle tension yields to the pressure, enabling the muscle fibres to elongate and relax. Seated Acupressure Massage incorporates the pressing of a number of acupressure points, depending upon the length of treatment up to 100 points may be stimulated.  Below are the some of the points that may be incorporated into a Seated Acupressure Massage for someone who is experience neck pain or stiffness:

      GV16 Wind Mansion – which aids the release of headaches, stiff necks and neck pain.
    GB20 Gates of Consciousness – which aid the release of neck pain and headaches.
    TW16 Window of heaven – aids the release of stiff necks, shoulder & neck pain and headaches.
    B10 Heavenly Pillar – which helps relieves stress and stiff necks.
    GB21  Shoulder Well – which as the name suggests helps relieve tension and pain in the shoulders.
      What is the difference between Acupressure and Acupuncture? With acupressure the acupressure points are stimulated with pressure, with acupuncture the same acupressure points are stimulated with needles. What is the difference between Acupressure and Seated Acupressure Massage? Seated Acupressure Massage is very modern; it was created in 1984 by David Palmer who used traditional Acupressure techniques to give 15 minute treatments on the neck & shoulders of clothed employees at Apple Computers in the USA to relieve neck & shoulder pain. You can think of Seated Acupressure Massage as utilising the ancient wisdom and healing art of acupressure to address the modern office woes of stiffness due to muscular tension and pain in the upper back, neck and shoulders.
  • The Impact of Sitting All Day – Part 4

    In part 1, I looked at the impact of sitting on your muscles,  and in part 2 generally explored the impact  on the rest of your body.  In part 3 I focused on the impact of sitting on your circulatory system including your heart.  In this article I will explore the impact of sedentary behaviour (sitting) and the link to cancer.

    So how common is cancer? According to Cancer Research UK
    • Every two minutes someone in the UK is diagnosed with cancer.
    • 1 in 2 people in the UK born after 1960 will be diagnosed with some form of cancer during their lifetime.
    • Breast, lung, prostate and bowel cancers together account for over half of all new cancers each year.
    • Overall cancer incidence rates in Great Britain have increased by more than a third since the mid-1970s, with almost this entire rise occurring before the late 1990s.
    And here is the good news is more people survive cancer than die from it now.
    • 46% of men and 54% of women cancer patients diagnosed in 2010-2011 in England and Wales are predicted to survive 10 or more years.
    • Cancer survival in the UK has doubled in the last 40 years.
    The Link Between Cancer & Inactivity Last year in a meta-analysis, Daniela Schmid and Michael F. Leitzmann of the University of Regensburg in Germany analyzed 43 observational studies, amounting to more than 4 million people’s answers to questions about their sitting behavior and cancer incidences. The researchers examined close to 70,000 cancer cases and found that sitting is associated with a 24% increased risk of colon cancer, a 32% increased risk of endometrial cancer, and a 21% increased risk of lung cancer. D Schmid & MF Leitzmann, 2014, Sedentary behaviour insreases the risk of certain cancers, Journal of National Institute of Cancer, Volume 106, No 7. see http://jnci.oxfordjournals.org/content/106/7/dju206.full The really bad news is that your can't exercise away the harmful effects, "Adjustment for physical activity did not affect the positive association between sedentary behavior and cancer" write Schmid & Leitzmann.  Even participants who achieved the daily recommended levels of physical activity were at the same risk as those who spent their day sitting. One theory as to why this is the case, is that regular movement boosts natural antioxidants that kill cell-damaging and potentially cancer-causing free radicals, another theory is that the excess insulin encourages cell growth. The pancreas produces insulin, a hormone that carries glucose to cells for energy.  But cells in idle muscles don't respond as readily to insulin, so the pancreas produces more and more. A 2011 study by Stephens et al found a decline in insulin response after just one day of prolonged sitting. Stephens et al, 2001, Effects of 1 day of inactivity on insulin action in healthy men and women: interaction with energy intake, Metabolism Volume 60, No 7 pages 941 - 949. see http://www.sciencedirect.com/science/article/pii/S002604951000315X