At INPP, we look beyond symptoms to identify the source of difficulties. Neuromotor immaturity refers to the persistence of developmental patterns that should have been inhibited during the normal course of development.

All full-term infants possess a set of primitive reflexes essential for survival, which should be inhibited and controlled by higher levels of the central nervous system during the first year of life.

If for various reasons these reflexes are not inhibited at the appropriate time, they remain active and may interfere with the development of:

• Balance
• Oculo-motor functioning
• Eye-hand coordination
• Perceptual abilities

This can be a significant factor in the appearance of behavioral symptoms such as frustration, hyperactivity, and hypersensitivity, as well as learning difficulties.

Common signs of Neuromotor Immaturity:

• Attention and concentration difficulties
• Coordination challenges
• Eye-hand coordination problems
• Difficulty learning to swim or ride a bicycle
• Motion sickness (car, sea)
• Mixed laterality or cross-laterality
• Speech articulation difficulties
• Reading, writing, and mathematics difficulties

During the first months of life, newborns have limited control over their movements. In these early weeks, primitive reflexes – also called developmental reflexes – respond in stereotyped ways to stimuli, but are soon replaced by more elaborate motor skills.

Examples of primitive reflexes:

• Moro Reflex – startle response to sudden stimuli
• Spinal Galant – lateral trunk movement in response to stimulation
• Asymmetrical Tonic Neck Reflex (ATNR) – “fencing” position
• Grasp Reflex – automatic hand closure when palm is stimulated
• Rooting and Sucking Reflexes – essential for feeding

During the first year of life, as the brain develops, primitive reflex survival patterns are inhibited to allow more mature responses to develop: postural reflexes.

Postural reflexes form the basis for balance control, posture, and coordination in the surrounding environment. The development of these reflexes is evident in the baby’s ever-increasing abilities for body and movement control.

Some children fail to master these skills during their first year of life and continue their development without having matured these prerequisites. In them, traces of primitive reflexes and underdeveloped postural reflexes can be observed, with consequent difficulties regarding motor skills such as coordination, balance, fine motor skills, and associated learning aspects.

Though not always recognized, learning is not exclusively a cognitive process. While intelligence is a significant factor, it is not the only one and in some situations not the determining one.

Attention, coordination, and balance are neurological prerequisites for every learning process. Memory, logic, and higher-order thinking will always be inefficient if built on immature perceptual and motor foundations.

Reading, writing, and mathematics are all skills that require:

• Mature fine motor skills of hands and eyes
• Fast and efficient processing of sensory stimuli
• A mature reflex system
• Good balance and postural control
• Efficient visual tracking and focusing abilities

When a specific learning difficulty is identified – dyslexia, dyscalculia, dysgraphia, attention difficulties – it’s important to ask whether that specific child possesses all the necessary neurological foundations for successful learning.

Not all learning difficulties are necessarily linked to neuromotor immaturity; each child must be evaluated individually. However, ignoring these physical and neurological aspects can lead to considerable levels of frustration and additional behavioral difficulties.

The INPP approach involves thoroughly evaluating these neurodevelopmental foundations before considering other factors. If neuromotor immaturity exists, compensatory strategies alone will not be sufficient, and appropriate developmental intervention through a structured remediation programme will be beneficial.