Discover how concentration challenges in young people can be addressed through an integrated approach that includes the vestibular system and stress management.
Today, we will tackle a crucial topic: concentration challenges in children. This issue is increasingly observed by early childhood professionals, including speech therapists, occupational therapists, and educators. The goal is to understand what can interfere with the development of our internal "motor" and thus cause these concentration disorders. We propose three main areas of focus.
The consensus is clear: many young people struggle to stay attentive and focus on tasks. Whether it's premature infants with marked concentration difficulties or the new generation facing a constant influx of stimuli, the question arises: what are the causes of these challenges and how can we address them?
It is essential to understand the link between primitive reflexes and the establishment of sensory systems. Even before reflexes, the vestibular system plays a crucial role. It is related to balance and develops the tonic labyrinthine reflex, one of the first primitive reflexes to manifest and having a direct impact on concentration.
Other reflexes, such as the asymmetrical tonic neck reflex or spinal reflexes like Galant and Perez, also influence the capacity for concentration. To act effectively, it is recommended to begin by assessing and potentially retraining the vestibular system, ensuring its proper calibration. The cerebellum, closely linked to the vestibular system, plays a major role in cognition.
The cerebellum can be compared to a butterfly: its central part (the vermis) manages stability and reflexes, the intermediate part is related to joints, and the lateral parts are associated with fine dexterity and cognitive functions. Working on the central part can have extensive benefits on cognitive functions, including concentration and decision-making. These lateral parts of the cerebellum are directly connected to the opposite frontal lobe, responsible for our executive functions.
Cognitive disorders are often linked to insufficient development of primitive reflexes. A poorly integrated tonic labyrinthine reflex, for example, can impact not only concentration but also other aspects like organization. It is therefore crucial to address these elements in a progressive and logical order, starting from the foundation, namely the vermis and vestibular work, particularly through the tonic labyrinthine reflex.
It is important to emphasize that everything is interconnected: one cannot address a concentration issue without considering all sensory systems and reflexes. A sequential and holistic approach is key to harmonious development.
Beyond purely neurological aspects, a significant emotional component comes into play. A child living in a stressful or anxious environment will see their concentration capacity significantly diminished. If a child's brain is constantly in "survival" or "safety" mode, they will not be able to fully concentrate on a given task, always ready to react to the slightest disturbance.
Stress can be generalized or occur in specific situations, such as before a test or a sports event. In these moments, a stressed child will struggle to mobilize their cognitive resources to concentrate. It is therefore essential to explore and manage the sources of stress and anxiety in children, as a safe brain is a brain that can express itself fully and develop its cognitive potential.
The concept of safety extends beyond the emotional environment. Physical safety, or the sense of well-being in one's own body, is also essential. A child who does not feel safe in their body, as seen in some premature infants with unintegrated primitive reflexes (such as Moro or Galant), will have difficulties concentrating and mobilizing their learning abilities.
The human brain filters information based on its safety. If a situation is perceived as unsafe, the frontal lobe, responsible for complex cognitive processes, will not function at its full potential. Establishing this sense of safety involves exploration, dialogue, and work on primitive reflexes.
We have identified three major areas to work on concentration challenges:
If we had to prioritize one area of focus, the vestibular system stands out, as it is at the intersection of stabilizing the body axis, cognitive functions, and emotional regulation. Studies show a strong link between the vestibular system and cognition, as well as between the vestibular system and emotions. It is a nerve center to consider for any intervention.
In summary, to improve the concentration of young people, a holistic approach is necessary, taking into account the integration of primitive reflexes, the proper functioning of the vestibular system, and a safe emotional environment. Working on these foundations will enable children to fully develop their cognitive potential.
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