MNRI® Reflex Integration Therapy
Some children may present with developmental challenges such as hyperactivity, reading and writing difficulties, or shorter attention span because their primitive reflexes have not fully integrated. When this happens, the brain and nervous system may be affected, which can interfere with the development of intelligence, emotional regulation, speech, comprehension, reading, logical thinking, and other higher-level functions.
MNRI® Reflex Integration Therapy is designed to support the integration of primitive reflexes through targeted movement-based activities. By stimulating the nervous system and improving executive functioning, the program helps children strengthen the foundations needed for motor, learning, and developmental progress.
Treatment Details
MNRI® was developed by Dr. Svetlana Masgutova, a Russian specialist in reflex research, and is based on neurodevelopmental theory and developmental psychology. After more than 20 years of clinical practice, it has become a hands-on therapeutic approach focused on incomplete reflex integration.
In therapy, practitioners use specific techniques to address the effects of incomplete reflex integration. These methods work through the reflex system, sensory input, and movement patterns to help reorganize motor memory. The goal is to build a stronger developmental foundation, enabling children to better manage more advanced and complex challenges in learning, movement, communication, and cognition, while improving underlying causes rather than just the symptoms.
How Incomplete Reflex Integration May Affect Development
If primitive reflexes are not properly integrated during infancy, they may interfere with brain and nervous system development. This can lead to later developmental difficulties, affecting areas such as comprehension, speech, emotional regulation, and analytical thinking, and may result in varying degrees of functional impairment.
It may also reduce movement smoothness and flexibility, which can cause signs of motor incoordination.
Example: Palmar Reflex
When someone touches a baby’s palm, the baby will automatically open the hand and grasp the finger. This is called the grasp reflex, and it usually diminishes or disappears at around 3 months of age.
Fully Integrated
．Able to use the hands effectively, such as bringing the palms together.
．Able to perform fine motor tasks.
．Able to hold and control a pencil with greater flexibility when writing.
Incomplete Integration
(The grasp reflex remains present beyond 3 months after birth)
．May hinder fine motor development.
．May affect hand dexterity and control.
．May make it difficult to develop proper motor skills.
．The child may stick out the tongue while writing, resulting in untidy handwriting and poor writing quality.
．Because of the neurological link between the hand and mouth, speech articulation may also be affected, leading to difficulties in speaking clearly.
MNRI Treatment Approach
The treatment focuses on correcting inappropriate reflex patterns through a unique combination of sensory input and movement-based techniques.
This helps the nervous system rebuild its foundation and integrate primitive reflexes, thereby supporting motor development, emotional development, sensory processing, and cognitive development.
This therapy is provided by an occupational therapist
Through a series of specially designed physical exercises
Stimulates and integrates
the nervous system
Helps rewire motor memory
Allows primitive reflexes to be fully integrated
Can help support overall development
Benefits
When primitive reflexes are integrated
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Learn more advanced motor skills more easily
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Show less impulsive behavior
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Reduce inappropriate behaviours
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Reduce inappropriate movement patterns
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Increase cognitive skills such as attentions, better internal emotional control
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Support cognitive development, including attention, selective memory, comprehension
and language development
Target Group
MNRI® Therapy is suitable for children with sensory processing difficulties, autism, cerebral palsy, learning disabilities, intellectual disabilities, and other developmental disorders.
It has also shown notable benefits for children with conditions such as:
．Cerebral Palsy (CP)
．Autism
．Executive Dysfunction (ED)
．Dyslexia
．Emotional Difficulties (ED)
．Learning Disabilities (LD)
．ADHD
．Oppositional Defiant Disorder (ODD)
．Fetal Alcohol Spectrum Disorder (FASDs)
．Post-Traumatic Stress Disorder (PTSD)