The SAS Methodology and Retained Reflexes

The SAS Methodology and Retained Reflexes

by Steven Michaëlis, CEO Sensory Activation Solutions - International.

The science of how children develop and learn is surprisingly new given the fact we have been educating children for many millennia. It is only very recently that scientists have started to investigate what happens in the brain during child development and how children learn, either formally in school or in everyday life. Most education is still based on methodology developed over two hundred years ago. The application of new scientific findings to help children (and adults !) to overcome developmental stumbling blocks or enhance learning is still in it’s infancy and is often labelled as ‘alternative’ or even ‘controversial’. Anecdotal evidence is, however, increasingly being substantiated by controlled trials at schools and university research departments.

In an effort to substantiate their approach, most cutting-edge methodologies are ploughing their own furrow, concentrating on their specific method of intervention only. This is an effective way to advance a specific approach in a relatively short space of time. Combining two or more different techniques may, however, multiply the benefit to the client and an increasing number of practitioners are starting to use combination of approaches with their clients with good effect.

Most non-invasive intervention techniques aim to change habits of response, either in physical, verbal, behavioural or emotional reaction to external or internal stimuli. When aiming to change an old habit, we need not only to instil a new way of responding, but also dislodge the old, often subconscious and automatic, reaction. It’s a process of breaking existing and building new connections in the brain. Most methodologies concentrate mainly on the building of new skills in the hope that they will replace the old habits. However, by combining different approaches it may be possible to speed up the dislodging of old habits, while at the same time introducing new skills. This is likely to be a faster and more durable way of achieving lasting change.

Here I want to explore how two very different approaches can go hand in hand, strengthening each other's effectiveness. Movement training designed to mature primitive reflexes (RMT) and a listening enhancement programme designed to strengthen auditory processing (SAS) may not seem to be the most obvious partners, but the positive effects experienced by clients warrants further investigation.

RMT stands for Rhythmic Movement Training, an approach that works with natural developmental movements. Through a number of movement exercises RMT aims to integrate retained, or underdeveloped, infant reflexes (also called primitive or neonatal reflexes). SAS stands for Sensory Activation Solutions, an approach that uses music, language and tones through headphones. The SAS method aims to speed up inter-hemispheric coordination and strengthen auditory processing.

The RMT method is based on building new habits of responding through a routine of specific movement exercises, normally performed for 15 to 20 minutes each day over a period of several months. The exercises build new habits in the hope they will replace the old ways of responding. A complementary method that prepares the brain for new learning and that activates and consolidates the newly learned RMT movements, may make the overall intervention more effective.The SAS listening programmes contain a range of components, each addressing specific issues. The elements that are of interest here, in the context of dislodging existing habits, are:

  • music programmes that address each brain hemisphere separately, with unpredictable movements from one ear to the other, unsettling existing processing habits;
  • frequency filtering that impacts on the emotional state of the person;
  • binaural frequency differentials that gently guide the brainwaves to either speed up or slow down, useful to minimise hyperactive behaviour or to obtain a state of relaxation;
  • sound waves that direct the breathing rate to either activate or relax the body and mind;
  • hemisphere-specific language programmes that override the internal voice and assist in opening the mind to subconscious new learning.

The SAS Centre in U.K., has been applying both the RMT and SAS methods with a wide range of clients. Client feedback and staff observations indicate that the combined input of the two methods speeds up and consolidates the new learning. Nicole Zimbler, the SAS U.K. manager and experienced RMT and SAS practitioner, commented: “Each method on its own is very effective in removing stumbling blocks that stand in the way of natural development and enhanced learning, but combining both RMT and SAS has surpassed my expectations and delighted our clients”.

SAS International is actively pursuing research in the effects of combining different approaches to developmental and learning enhancement. Currently SAS practitioners in the U.K., The Netherlands, Poland and Turkey are all involved in developing new methodology that will lead to a step change in how children and adults can be helped to enhance their life.

This article was read 565970 times.

Related Articles

Ear dominance

You know if you are right or left handed, unless you belong to the very select group of naturally ambidextrous people who are equally at ease using their right hand or their left hand for all tasks. There is also mixed handedness, where some tasks are more easily performed with one hand and other tasks more easily with the other hand. But apart from these exceptions to the rule, most people are either right or left handed.

Activating specialised functions

The adult brain of a human weighs about 1.4 kg (3 pounds), and in relation to the size of our body, is much bigger than what would be expected compared with other creatures. This large size does pose special problems for an effective communication between the two sides of the brain and this is probably the reason why specialised centres for specific processes developed in the human brain.

Auditory processing in the brain

Sounds received through our right ear is mainly processed in the left brain half and sounds coming into our left ear are mainly processed in the right half.

The importance of crossing the midline

The body thus has two separate control centres coordinating the movements of the whole physical body, with an unseen 'midline' separating the left and right sides of the body. The control centres in the brain require good coordination and synchronisation in order to be able to move and act in a fluid and effective manner.