Showing posts with label auto accident. Show all posts
Showing posts with label auto accident. Show all posts

Sunday, June 30, 2013

Myofascial Therapy for the Treatment of Acute and Chronic Pain

Myofascial therapy relieves soft tissue restrictions that cause pain. Some causes of chronic myofascial pain or low back pain are easier to diagnose than others: trauma (such as a car accident or fall), cumulative posture misalignment or mechanical deficits, a compressed nerve from a herniated disc, or inflammatory conditions.
When pain is caused by myofascial tightness within the fascial system (the web of connective tissue that spreads throughout the body and surrounds every muscle, bone, nerve blood vessel and organ to the cellular level) the diagnosis is more difficult, as fascia restrictions do not show up on MRI scans or x-rays. Yet, those restrictions can play a significant role in creating pain and malfunction in the structure of the spine, extremities and organs.
What is Myofascial Therapy?
Myofascial Therapy (also known as myofascial release therapy or myofascial trigger point therapy) is a type of safe, low load stretch that releases tightness and pain throughout the body caused by myofascial pain syndrome, which describes chronic muscle pain that is worse in certain areas known as trigger points. This article provides an overview of the treatment technique, including:
Myofascial Therapy for the Treatment of Acute and Chronic Pain
Myofascial Release Therapy
Myofascial Pain Syndrome Video
More Physical Therapy Info
Exercise Ball Therapy
Physical Therapy Benefits
Rehabilitation and Exercise
Core Strength Exercises
What is Fascia?
Fascia is a three-dimensional web that permeates the whole body. The best way to envision the expanse of the fascial system is to think of it as a layer of connective tissue (similar to a tendon or ligament) that starts with the top layer directly below the skin, and extends to two deeper layers.
When the fascia is in its normal healthy state it is a relaxed and supple web—like the weave in a loose-knit sweater. When it is restricted, it is more rigid and less pliable, and can create pulls, tensions and pressure as great as 2,000 pounds per square inch. The fascia is a continuous system, running from the bottom of the feet through the top of the head and has three layers:
Superficial fascia, which lies directly below the skin. It stores fat and water, allows nerves to run through it, and allows muscle to move the skin.
Deep fascia, which surrounds and infuses with muscle, bone, nerves and blood vessels to the cellular level.
Deepest fascia, which sits within the dura of cranial sacral system.
Fascia restrictions can occur within any or all of the layers.
Myofascial release (MFR) therapy focuses on releasing muscular shortness and tightness. There are a number of conditions and symptoms that myofascial release therapy addresses.
Many patients seek myofascial treatment after losing flexibility or function following an injury or if experiencing ongoing back, shoulder, neck, hip or virtually pain in any area containing soft tissue.
Other conditions treated by myofascial release therapy include Temporo-Mandibular Joint (TMJ) disorder, carpal tunnel syndrome, or possibly fibromyalgia or migraine headaches. Patient symptoms usually include:
Tightness of the tissues that restricts motion or pulls the body out of alignment, causing individuals to favor and overuse one hip or shoulder, for example
A sense of excessive pressure on muscles or joints that produces pain
Pain in any part or parts of the body, including headache or back pain.
Causes of Myofascial Pain

Myofascial pain can have two sources. Pain can be generated from the skeletal muscle or connective tissues that are ‘bound down’ by tight fascia. In addition, pain can also be generated from damaged myofascial tissue itself, sometimes at a ‘trigger point’ where a contraction of muscle fibers has occurred. In either case, the restriction or contraction inhibits blood flow to the affected structures, thus accentuating the contraction process further unless the area is treated.

Monday, April 12, 2010

Seat Belts... wear them! Watch the vid0 at the end of this post .

The Human Collision
Imagine running as fast as you can - into a wall. You'd expect to get pretty banged up. Do you think you could stop yourself if the wall suddenly loomed up when you were two feet away from it? This is exactly the situation you face when the front of your car hits something at only 15 miles an hour. The car stops in the first tenth of a second, but you keep on at the same rate you were going in the car until something stops you - the steering wheel, dashboard or windshield - if you're not wearing your safety belt.. Bad enough at 15 miles an hour, but a 30 miles you hit "the wall" four times as hard as you would at 15. Or to put it another way, with the same impact you'd feel as if you fell three stories.
Seat Belt Safety: 5-Way Protection
“Seat belts prevent occupants of the vehicle from serious injury in five ways,” says Angela Osterhuber, director of the Pennsylvania Traffic Injury Prevention Project in Media, Pa. A seat belt:

* Keeps the occupants of the vehicle inside. “It’s clearly a myth that people are better off being thrown clear from the crash,” Osterhuber says. “People thrown from a vehicle are four times more likely to be killed than those who remain inside.”
* Restrains the strongest parts of the body. “Restraints are designed to contact your body at its strongest parts. For an older child and adult, these parts are the hips and shoulders, which is where the seat belt should be strapped,” Osterhuber says.
* Spreads out any force from the collision. “Lap-and-shoulder belts spread the force of the crash over a wide area of the body. By putting less stress on any one area, they can help you avoid serious injury,” Osterhuber says. A shoulder strap also helps keep your head and upper body away from the dashboard, steering wheel, and other hard interior parts of the automobile should you stop suddenly or be hit by another vehicle.
* Helps the body to slow down. “What is it that causes injury? A quick change in speed,” Osterhuber says. “Seat belts help extend the time it takes for you to slow down in a crash.”
* Protects your brain and spinal cord. A seat belt is designed to protect these two critical areas. “Head injuries may be hard to see immediately, but they can be deadly,” Osterhuber says. Likewise, spinal cord injuries can have serious consequences. by Beth W. Orenstein. http://www.everydayhealth.com/healthy-living/wearing-your-seat-belt.aspx