What Effective Testing For Stiff Muscles Could Do

A test that could find stiff muscles would change the game and have huge benefits for the world. Not only would problems be found and treated more, but treatments themselves can be better assessed for their efficacy.

In my own experience with traditional medicine, the muscle relaxants I was given for my initial muscular complaint would be completely discredited as a valid treatment once muscular problems are accurately understood.

I also feel much of what many chiropractors do will need to change, as the rearranging of bones pulled out of position by tight muscles is only a bandaid for problems with muscles. Incidentally, without that bandaid, I could not have gotten past some very real pain.

Even physical therapy will have to adapt, with greatly increased benefits and less wasted money.

Not to mention the other therapies I haven't tried, many which may have some benefit or lots of benefit. Solid evidence will cause re-evaluation and improvement, and lead to a much healthier population with fatter wallets.

Detecting Tight Muscles

A reliable scientifically accepted diagnostic test that detects tight muscles would bring greater attention to this problem and its many effects in the body.

Scientists are working on this, using the magnetic resonance elastography (MRE), which can produce images of tissue showing relative stiffness. Wikipedia has an article on trigger points and MRE. and here's the study mentioned on NIH.

This is awesome and hopefully these efforts will succeed. If not, robots will eventually be used to do this same task, albeit with less effectiveness. Many muscles are not easily accessible and magnetism goes everywhere.

Would have been nice to have had such a test back in 1990 (18 years ago) when I first experienced the problem.

Tight Muscles Make You Tired More Quickly

Think about it. If a muscle is tight, blood flow through it is not as good. Its bound to get tired more quickly.

Tight muscles sometimes pull on parts of the body, sometimes making it difficult to sit or stand. Other muscles have to work to compensate. This tires you out too.

Tight muscles have other effects too. Sometimes tight muscles even compress nerves and veins, interfering with muscular function. Again, if blood is poor, energy levels are poor too.

So if you're more tired than you would like to be, look for tight muscles and get them taken care of.

Qi Gong Helps After a Long Day

I walked about 5 miles today up in San Francisco. It was great. The sun finally came out a bit.

Towards the end, my right foot felt a bit tired and tight. So I did some Qi Gong on it and it felt much better right away. Had to do it a couple of times but it was very helpful. The repetitive motion made it tight and Qi Gong loosened it back up.

After the long drive home, the lower back was tight too. More Qi Gong. Then a hot shower and I feel much better.

Obviously I have more work to do on the fascia in these areas so that they stop tightening up. But its nice to know one can get loose any time.

Movement, Softness, Incompleteness, Flow

We seem conditioned in the West to either stretch or contract. Bigger, harder, faster. That is exercise to us.

But try moving without squeezing, without stretching to the limit. The extremes inhibit the flow of blood to your muscles and exhaust the life it brings. Explore your range of motion gently.

Your muscles can't open up until you do.

When Sarcomeres Go Wrong

Last post we talked about how the healthy sarcomere functions. This time we'll discuss one thing that can go wrong.

When circulation of blood through a muscle is especially poor, the amount of oxygen and nutrients available to individual sarcomeres can nosedive. Without adequate oxygen and sugar, the sarcomere stops responding to the electrical impulses telling it to contract. It needs oxygen and energy to do so and these are unavailable.

The contraction of a sarcomere uses energy, not its relaxation, so the sarcomere is shortened when it freezes up. Many sarcomeres affected in this way cause the entire muscle to get shorter and stiffer.

But it gets worse. Because the sarcomere pumps its own blood, when it stops pumping it can no longer bring in fresh blood. The depleted blood remains. So the sarcomere can't recover. It needs an intervention.

The Sarcomere

Sarcomeres are the microscopic structures in your muscles whose contractions do the actual work of flexing your muscles. Strings of sarcomeres called myofibrils are bound together into muscle fibers. When your sarcomeres contract, these muscle fibers stiffen and a force is exerted.

The contraction and expansion of each sarcomere also pumps blood in and out of it. This pumping keeps the sarcomere supplied with the oxygen and nutrients it needs to function.

Even when a muscle is fully contracted, no more than a third of all the sarcomeres are actually contracted. Sarcomeres can’t stay contracted all of the time, as they need to keep pumping blood.

Healthy sarcomeres enable a muscle to contract and expand fully. When a healthy muscle is completely relaxed, it’s supple and doesn’t pull on anything else in the body. But what happens when things go wrong?