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How effective is high-intensity sensory integration training using ropes?
Giving parents more control and reducing the limitations of traditional treatments,
To provide better treatment opportunities for children with autism.
How does rope training promote neural remodeling in the brain?
Research on brain cell plasticity began in 1992. Professor Richard Davidson discovered that the brain cells of stroke patients could proliferate and remodel, which could stimulate brain activity to some extent. This was a groundbreaking study.
The process of cell proliferation doesn't only occur in stroke patients. Studies of SEN (Special Education Needs) show that their brains don't lack certain functions; they're still there. However, the problem is the lack of connection between different brain regions. We use high-intensity sensory integration training (ropes) to help activate brain cells, thereby connecting different brain parts and restoring function.
Since 2020, we have collected data from over 100 families through rope training for in-home use. We have observed that during rope training, children actively receive instructions through their ears, observe with their eyes, and coordinate their body's balance, which stimulates their neural development and strengthens the connections between brain cells that transmit signals to distant locations.
We observed that children look at their parents/others differently, listen to their parents/others differently, and begin to read other people's expressions and gestures. We found that they improved their language expression, executive function, and concentration; at the same time, they reduced impulsivity, rule-breaking, social communication difficulties, stubbornness and repetitive behaviors, narrow interests, and sensory impairments.
The reason why high-intensity sensory integration training using ropes is considered effective lies in the following key factors.
High-intensity sensory integration training using ropes (hereinafter referred to as rope training) is considered effective due to the following key factors:
1. Individualized and early intervention:
Rope training emphasizes developing individualized treatment plans based on each child's needs. Early intervention is crucial because providing appropriate treatment in the early stages of a child's brain development can greatly improve treatment outcomes.
2. Parental involvement:
Rope training empowers parents to participate in therapy. Parents are trained to become basic therapy facilitators or Level 1 therapy facilitators, enabling them to provide therapy for their own children, reducing their dependence on professional therapists, and strengthening parent-child relationships.
3. High-intensity treatment:
The rope training system itself can support high weights, making the treatment process more intense. This helps children develop skills and overcome difficulties more quickly, improving treatment outcomes.
4. Adaptability:
Rope training can be applied to cases of different ages, including adults. This means that even in adulthood, training can continue to improve quality of life and skills.
5. Accuracy:
Rope training designs and systems can be more precisely tailored to individual needs, providing more effective training.
6. Brain neuroplasticity:
Rope training can precisely stimulate relevant parts of the brain, helping to establish more suitable neural connections. This helps reduce problems in the brain's neural development process and improves training effectiveness.
In summary, rope training is effective because it combines individualized therapy, parental involvement, high-intensity therapy, and adaptability, enabling children with autism to achieve greater progress in a shorter time. This approach gives parents more control while reducing the limitations of traditional therapy, providing better treatment opportunities for children with autism.