How ABM® NeuroMovement® and JKA® Help Children with Genetic Disorders

Children with genetic disorders often experience challenges in motor skills, cognitive function, sensory processing, speech, and social interaction. ABM® NeuroMovement® and JKA® work by stimulating the brain’s ability to adapt and create new neural connections, helping children develop more efficient and comfortable ways of moving, thinking, and interacting with the world.
Rather than focusing on fixing genetic differences, these methods support the child’s unique potential, helping them achieve greater independence, ease, and functionality.

How ABM® NeuroMovement® and JKA® Support Children with Genetic Disorders

  • Enhances Neuroplasticity & Brain Development
    Genetic disorders often impact brain function and development, leading to delays in learning, movement, and communication.
    ABM® NeuroMovement® and JKA® provide gentle, exploratory movements that stimulate new neural pathways, improving learning, adaptability, and overall function.,
  • 2.Improves Gross & Fine Motor Skills
    Many children with genetic disorders have low muscle tone (hypotonia) or high muscle tone (hypertonia), which can make movement difficult.These methods help the brain discover smoother, more efficient movement patterns, improving coordination, balance, and motor control.
  • 3. Supports Speech & Communication Development
    Since speech is closely linked to movement and brain organization, improving body control and brain function can lead to better communication skills.ABM® NeuroMovement® and JKA® encourage better self-expression, verbalization, and social engagement.

     

  • 4.Helps with Sensory Processing & Integration
    Many genetic disorders involve sensory integration difficulties, making it hard for children to process sounds, touch, and movement properly.

    ABM® NeuroMovement® and JKA® help the brain regulate and differentiate sensory input, reducing hypersensitivity, meltdowns, and discomfort.

    5.Encourages Emotional & Social Growth

    Many children with genetic conditions face challenges in emotional regulation and social interaction.

    These methods promote self-awareness, patience, and comfort in engaging with others, improving social confidence and emotional stability.

    6.Reduces Stiffness, Discomfort, & Pain

    Some children experience muscle tightness, joint pain, or movement restrictions due to genetic conditions.

    ABM® NeuroMovement® and JKA® help reduce stiffness, promote relaxation, and create more comfortable movement patterns.

    7.Provides a Gentle & Enjoyable Learning Process

    Unlike traditional therapies that focus on drills or forceful movements, ABM® NeuroMovement® and JKA® are gentle, playful, and stress-free, making them more engaging and enjoyable for children.

How ABM® NeuroMovement® & JKA® Differ from Traditional Therapy Approaches

  • Traditional Therapy (PT, OT, Speech)
  • Focuses on muscle strength & physical function
  • Uses repetitive drills & structured exercises
  • May force children into specific movements
  • Works on specific skills (e.g., walking, talking)
  • ABM® NeuroMovement® & JKA® Approaches
  • Focuses on brain development & movement learning
  • Uses gentle, varied, and explorative movements
  • Encourages self-discovery & comfort-based progress
  • Works on overall brain function & adaptability

Genetic Disorders That May Benefit from ABM® NeuroMovement® & JKA®

Down Syndrome – Supports coordination, balance, and learning abilities
Prader-Willi Syndrome – Improves muscle control, feeding ability, and emotional regulation
Rett Syndrome – Helps with movement ease, relaxation, and reducing spasticity
Angelman Syndrome – Enhances movement, balance, and self-awareness
Fragile X Syndrome – Encourages better sensory processing, focus, and social skills
Other Rare Genetic Conditions – Supports overall development, independence, and confidence

Final Thoughts

ABM® NeuroMovement® and JKA® do not aim to cure genetic disorders but instead empower children to develop their own unique abilities by improving brain function, movement, and sensory integration. By tapping into neuroplasticity, these methods help children feel more comfortable in their own bodies, leading to greater independence, confidence, and well-being.