you don't have to live with pain!


Over time, the accumulation of these restrictions begins exerting abnormal pressure on joints, nerves, blood vessels and even organs and can create pain in seemingly unrelated areas of your body.  The true cause is often overlooked by conventional medical practitioners since fascial restrictions do not show up on ordinary diagnostic tests such as MRI's, CT scans and X-rays.  The condition of your fascia directly effects the health & function of your joints & muscles and plays a pivitol role in your posture and movement.  The development of muscular holding or guarding patterns may initially be beneficial in reducing painful movement in an injured area.  However, when these patterns persist for extended periods of time they can become a permanent source of pain and limitation.                           

Click on the video above to view a fun and fascinating video lesson about fascia and the importance of movement and stretching with renowned anatomist, Gil Hedley, Ph.D!

Our Opinion

Don’t forget that stretching is a natural activity for all people (and animals!), which is performed unconsciously many times during a day (for example, after sitting or lying in a certain position for too long). Therefore, it is no wonder that a smart and functional stretching routine, adapted to your special needs and your current physical status, can deliver remarkable gains for your whole health and wellness condition, without necessitating tremendous commitment!
Type your paragraph here.

Especially for Athletes
Summing up, there are many ways in which stretching can benefit ordinary men and women of all ages. And when it comes to athletes, these advantages get an even greater value; that is rational, because, in most sports, the pressure added on the muscles and joints is bigger compared to that applied during the daily routine while the movements of the body are much more dynamic. Therefore, there is practically no probability of a sensible athlete, even an amateur one, to skip the necessary stretches post-exercise (which also help achieve faster work-out recovery and cut down muscle soreness) or at other moments of his / her day, because stretching seems to be the best means of coping with the bustle and the dangers of a demanding sport or activity.

Main Advantages of Stretching
At this point, however, we should not fail to mention that there have been some arguments against the helpfulness of stretches, mostly in the form of researches that ended up in mixed results in terms of their productivity; yet, the biggest part of the health and fitness care community widely advocates stretching as an essential part of fitness and well-being. So, down the page are the most important of the stretching benefits.

Stretches & Flexibility

Greater flexibility and wider range of movement in the joints: Maybe the most widely known aspect of a proper stretching routine. As the joints get more elastic and the span of movement grows, you will be able to experience a much more convenient and fuss-free mobility in either typical or more demanding tasks of your daily life (i.e. lifting heavy loads, bending, flexing to reach a highly positioned object or running). As it is obvious, this aspect becomes of bigger importance for the elderly persons, whose muscles and joints have weakened significantly and their range of movement is extremely narrower than that of younger ones, so, having adopted a reliable stretching program will help them withstand the effect of time.

Fewer chances of being injured
: Firmly associated with the increased flexibility point, this aspect of stretching can be perhaps regarded as the most valuable for one’s all-around healthiness. Stretching prepares the body in a way that it can be adjusted to sharper and more rigid movements, thus helping it resist an unexpected injury provoked by a sudden overload that would otherwise exceed the regular limits of the joints or the tendons. Again, older people, who are much more prone to suffering from accidental injuries, can be massively benefited by stretching. Finally, having stayed on a regular stretching plan can drastically diminish the recovery timeafter an injury.

Improved blood circulation: Performing regular stretching increases the blood flow to your muscles, resulting in their upgraded nourishment and the elimination of waste materials from the muscle tissue. Consequently, you muscle mass develops more rapidly and you can further lessen the chances of an injury, or the time needed for recovery after an unavoidable damage.

Boosted energy levels: Thanks to the increased flow of blood, and the loosening of the muscle and tendons, stretching results in relieving muscle fatigue and thus sparking your vitality.

Relief from pain and discomfort: Frequent stretching (mainly performed on lower back, quadriceps, hips and hamstrings) de-stresses the tightened muscles, thus improving alignment and body posture and ultimately leading to pain alleviation and increased comfort during your daily activities.

Better balance: Completing a selected series of stretching for specific parts of your body promotes coordination and more focused movements while lessening the chances of suffering from an injury as a result of a fall.

Relief from emotional tension
: Being a type of exercise, stretching generally raised the level of endorphins, boosting your mental condition. But more particularly performing stretches alleviates the tension caused by the contraction of the muscles, thus improving your mood.

Disarranged muscle fibers are straightened up: After working out its pretty common that many muscle fibers are disarranged which is a serious post-exercise issue. Stretching is able to straigthen up fibers in the line of tension which is absolutely vital in order for faster post workout muscle recovery!
Benefits of Stretching
Stretchify | June 20, 2013
Either you live an active or a less dynamic lifestyle, the aging process is one of the worst enemies for your body, and especially for your myoskeletal system. Particularly when it comes to the muscles and the joints, age has an insidious impact on them, causing them to stiffen, thus reducing the range of motion and burdening everyday activities, let alone the execution of a demanding exercise program. So, that’s where stretching comes (for more info on what exactly is called stretching click this) to offer valuable help in living up your muscles and enabling you reap a whole bunch of advantages that can improve your overall physical health
What is Fascia?
Fascia {fash-ee-uh} is an amazing part of the human body that most people don't even know exists.  It's the connective tissue that permeates and envelops all structures of the body, essentially connecting them all together.  Fascia is a three-dimensional web of tissue that extends from head to toe, front to back, inside to outside without interruption and is the most influential factor affecting your flexibility.  In a normal, healthy state the fascial system maintains the body in a delicate balance of tension and elasticity.  With the proper amount of tension, it helps support the efficient alignment of your bones while being elastic enough to permit full, unrestricted movement.  The problem is that fascia will shorten, thicken and tighten (...think, "shrink-wrap") when any of your tissues are under stress from aging, poor posture, dehydration, improper body mechanics, lack of exercise, repetitive motion, injury, emotional stress, surgery, disease or over-training. 

Stretch Reflex

What happens when a stretch is performed

Stretch Reflex
A notable mechanism of the body is the stretch reflex (or myotatic reflex); that means that your body spine is able to detect abrupt and uncontrolled changes in the length of a muscle through the signals that muscle spindles (sensory receptors inside the muscle) send and resist the change in muscle length by causing the stretched muscle to contract, thus protecting from unwanted injuries. However, you can “mislead” that function by stretching regularly and progressively so as to force the muscle spindle to get used to a continuously increased length and ultimately achieve a larger range of motion. The steps of the Stretch Reflex can be seen on the image below:
The Structure of the Muscles
In addition, the nature of the muscles is a little more complex, as muscles are not something unified; they practically consist of smaller strands of tissue, the fascicles, which in a lower level are composed by muscle fibers (photo 1), and these in turn are also comprised of even more compact parts (the myofibrils). Myofibrils also are comprised of smaller units, the myofilaments. Myofilaments are divided into two types, thick (comprised of myosin) and thin (comprised of actin)! These structures are composed of repeating subunits called sarcomeres, while the latter contain lengthy and fibrous proteins  that are overlapped each time the muscle contracts and relaxes. Photo 2 shows the structure of the Muscle Fiber while Photo 3 clearly shows the parts of a sarcomere. Finally, it should be mentioned here that the all the parts of the muscle system are connected by tissues and dipped into lubricants, to accomplish their mission of moving the body each time the brain commands them to do so
In fact, the crucial factor for achieving a greater range of motion is the elongation of the soft muscle tissue, plastic and elastic. The former refers to the permanent elongation of joints, ligaments and tendons because it remains even after the stretch is withdrawned, while the latter has to do with the temporary lengthening of the muscle tissue, since it rebounds when the stretch is over, and results in extensibility, that is the ability to stretch muscles. In accordance to this, it has been showed that the greatest amount of resistance to stretching comes from the connective tissue framework that is inside and around the muscle and not from the muscle itself.
The Function of the Muscles
Before we get to present the way stretching works, it is essential to provide some basic data on the function of the muscles. The muscles consist a part of the musculoskeletal system along with the tendons (by which actually muscles are attached to the bones), the ligaments and the bones; the muscles are the only component of the system that enables your whole body move, achieving than motion through contracting and, thusly, through generating tension. So, applying external force through stretching will, roughly speaking, make the whole muscle extend its range of motion and become more flexible.
What Exactly Happens When a Muscle Stretch Is Performed?
When a muscle is contracted, the thick filaments start pulling the thin ones to the center of the sarcomeres, which is actually the basic unit of contraction. An overlap between the thick and thin myofilaments is initiated, becoming bigger as the stretch is developing; when the sarcomeres stretch, the overlap area diminishes and the muscle fibers elongate. When every sarcomere is completely extended, the muscle fibers have reached the largest degree of their resting length as well, so extra tension is all directed on the adjoining connective tissue. Maximizing the tension forces the collagen fibers in the connective tissue to be lined up with the tension. At the same moment  the disarranged muscle fibers straighten up in the line of the tension, and that is absolutely vital for your tissue’s restoration (especially after a strenuous work-out).

Photo 3 – Sarcomere Structure

Photo 2 – Muscle’s Fiber

Photo 1 – Muscle’s Structure

How Stretches Work – The Mechanics of Stretching
Strechify | June 20, 2013
Stretching is a form of physical exercise that is used to flex and extend the muscles or the tendons of the body so as to produce greater flexibility and wider range of movement. But how does this technique work and what is actually the mechanism behind it?