I am going to tell you all about something readily present to all moving organisms, but a like a visually stunning insect, is often overlooked. I am talking about the pot-o-gold, the unicorn, the Lucky Charms of movement. Indeed, I am talking about the…. TRANSVERSE PLANE OF MOTION! What is this transverse plane you ask? Well to understand the most neglected and challenging plane of motion, you must understand the other main two.
Myofascial Release Part 5 Now that we’ve reviewed so much research regarding the tissues affected by myofascial release and how, it’s time to get into how to actually perform self myofascial release (SMR) and when is the best time to do so. By the way, if you missed any of the other entries in the series just click on The Bio Mechanic above and it will link you to my blog history.
Myofascial Release Part 3 I got some feedback from readers that I’m writing a little too technically. Sorry everyone, when I get in science mode it’s hard to get out! This time around I’ll try my best to make things as understandable as possible, but feel free to comment with questions or requests for further explanation.
Active people take hits. They get bumps, bruises, aches, and pains. Some are ER worthy in which case the patient will undergo physician’s care. Others are mere inconveniences that cause pain, swelling, discoloration, and irritation. Instances of pain are normal, chronic pain is not. There are solutions and preventative measures that can be taken to reduce the body’s reaction to active lifestyle occurrences.
In Myofascial Release Part 1 I reviewed in general the structure and function of the connective tissue that surrounds the muscles, which is the target structure of myofascial release. Now that we have a basic understanding of what the fascia is and what it does, let’s review some of the issues that myofascial release is meant to alleviate.
You travel to your favorite hiking destination only to see a man in the distance about to bungee jump off of a cliff. You aren’t worried since you know the elastic response of the bungee will bring him right back up. Another man next to him ties a paracord rope around his waist and also jumps. “THAT’S SUICIDE!”, you exclaim with horror. But this is the case when our soft tissue networks are tight. That’s right; the guillotine in this situation is soft tissue.