Feet Proprioceptive Information and Shoes

The feet are prepared to receive information from the ground and to send it to the brain. This information is important to produce the brain mecanisms that keep the body in a correct stand-up position.
Shoes may distort this information. One of the most important sources of information in this matter has its origin on the big toe. If you observe a pair of usual shoes, the area corresponding to the big toe only touches the ground if the individual is running, impairing the feet of its source of information while one is standing, walking normally and/or sitting. This fact amputates the information to the brain and it distorts its output to regulate the positional muscles. This may be a factor to produce PDS and all its symptoms.
In order to prevent this situation, we need to wear the correct shoes. The shoes we propose are flat at the big-toe level and have a little depression on the inside to reinforce the big-toe support and allow the toe to be paralel to the sagital plane.
Postural Backpain has been shown to usually reduce or disappear when wearing this kind of shoes.

Note: there are some types of backpain that are not considered Postural Backpain. Nonetheless, close to 90 per cent of all back pains are postural backpain. A differential diagnosis must be performed in all cases.

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Learning Disability II

If an intelligent child can't learn because his perception is blocked by the proprioceptive system what should be the most correct thing to do?
Insisting in learning techniques and prescribing drugs? Or unblocking his perception by correcting the proprioceptive system?
Our strategy consists in correcting the proprioceptive system first. After this, learning techniques have the opportunity to be fully effective. At this point, we are only using them in severe cases as a supplement and to reinforce our results.
Results are obtained short-term, which is a great advantage when comparing to the classical methods. Our patients are happy because they start succeeding in school faster and in a sustainable way and our therapists are happy as well because they finally obtain higher rates of success. This leaves more time to control their patients' clinical evolution and opens the possibility to treat much more patients.
Again, we emphasise that we must start the treatment by correcting the proprioceptive system. Otherwise, the learning techniques could be a loss of time and money.
We consider that proprioceptive system management is the correct way to improve learning in learning disability situations.

Hyperactivity and Proprioception

Skeletal muscles have two kinds of fibers: slow and fast. Fast fibers are organized by segments and slow fibers are organized globally, designing a system. This system is part of the proprioceptive system and it works globally connected to it. In the case of a proprioceptive system dysfunction, slow fibers are blocked and don't work properly. Patients will feel tired and the brain will try to solve the problem by using the only fibers that are working properly: fast fibers. In order to do so, patients need to enter in hyperactivity. If we correct the proprioceptive dysfunction though, patients don´t need to enter in hyperactivity, they return to using the slow fibers and their activity becomes normal.

Learning Techniques for Dyslexia, YES or NO?

The aim of learning techniques is to increase the ability to learn through brain mechanisms that are not being used by students. From this point of view, they are helpful for everyone, dyslexic or not.
But are they good enough for dyslexics as an isolated treatment?
The answer is NO.
Those techniques are only helpful after proprioceptive treatment.
In the cases where they are used before proprioceptive treatment, the effort/results ratio is usually very poor. Students are losing time, money and opportunities. The sooner they begin the proprioceptive treatment, the sooner they will acquire normal reading abilities.

Drugs, Dyslexia, Hiperactivity, Depression

Metilfenidatum is the drug usually used to treat dyslexia's associated symptoms such as hyperactivity, depression, and attention deficit.
This drug belongs to the AMPHETAMINE GROUP.
Doctors who are prescribing these drugs, usually declare they don´t know the exact cause and physical mechanism of those associated symptoms.
Are they treating a disease or just hiding some symptoms with drugs?
Drugs may affect some entries of the proprioceptive system and they can modify its working mode. Some muscle-relaxing drugs and some vasodilator drugs can be effective. However, their effectiveness is limited in both time and intensity.
We consider that the correct way of treatment is to eliminate the proprioceptive dysfunction that is at the origin of those symptoms.

This kind of treatment is drug free.

Proprioceptive Symptoms

The proprioceptive system is the widest system of our body. It goes from the feet up to the head. In terms of depth, it comes from the skin up to the digestive tract. Proprioceptive receptors can even be found in the tongue and mucosae.
This allows us to understand why this system can show several symptoms among several parts of the body whenever it becomes dysfunctional.
Also, the parts involved are the weaker parts of our body. This is why the symptoms are not exactly the same in every person. However, the origin is similar and that is why symptoms that are quite different such as dizziness, pain or cognitive dysfunctions disappear when submitted to a standard treatment.
To eliminate the symptoms, we only need to correct the proprioceptive system's dysfunction.
In long-term and severe dysfunctions, extra help reveals itself to be necessary.