When parents bring a child to our office, they are usually looking for something deeper than a diagnosis.

They’ve already heard the labels. ADHD. Sensory processing challenges. Developmental delays. Learning difficulties. Anxiety. Sometimes multiple diagnoses at once.

What they’re really asking is a different question:

Why is my child struggling in the first place?

That question is what drives a pediatric functional neurology evaluation.

At Omega Functional Health in Wheat Ridge, we work with families throughout Denver, Arvada, Lakewood, and the surrounding communities who want a better understanding of how their child’s nervous system is functioning. The goal is not to replace a diagnosis or dispute one. The goal is to understand the neurological patterns that may be contributing to the challenges you’re seeing every day.

Looking Beyond Symptoms

Most traditional evaluations focus on identifying symptoms and determining whether they fit the criteria for a particular diagnosis.

Functional neurology asks a different question.

How is the brain developing, communicating, and coordinating as a whole?

The framework we use is heavily influenced by the work of Dr. Robert Melillo, who describes many developmental challenges as the result of functional imbalances within brain networks. In plain English, one side of the brain or certain neurological systems may be developing or functioning less efficiently than others. The brain is not viewed as damaged or broken. Instead, we look for areas that may be underdeveloped, poorly integrated, or struggling to communicate efficiently.

This perspective often helps explain why a child can be exceptionally capable in some areas while continuing to struggle in others.

Your Child’s Story Is Part of the Evaluation

One of the most important parts of the evaluation happens before any testing begins.

We spend time listening.

Parents often arrive expecting us to focus immediately on current symptoms. Instead, we start by gathering a detailed developmental history.

Questions may include:

• Did your child crawl, or did they skip crawling?
• Were developmental milestones reached on time?
• Were there early feeding challenges?
• Has coordination always seemed difficult?
• Are there sensory sensitivities to sound, touch, clothing, or food textures?
• Have teachers consistently reported concerns about attention, organization, or emotional regulation?

Patterns that seem unrelated at first often start to connect when viewed through a neurological lens.

Assessing Primitive Reflexes

One area that surprises many parents is primitive reflex testing.

Primitive reflexes are automatic movement patterns that help infants navigate early development. As the brain matures, these reflexes are expected to become integrated and give way to more advanced movement and postural control.

When primitive reflexes remain active longer than they should, they may interfere with balance, coordination, posture, eye movements, sensory processing, and motor development.

This is one of the most researched areas within the developmental framework we use, and it is often a critical piece of understanding why a child may be struggling despite receiving appropriate support elsewhere.

Rather than simply asking whether a child has difficulty focusing or sitting still, we want to understand whether underlying neurological immaturity could be contributing to those challenges.

Balance, Coordination, and Timing

Movement provides a tremendous amount of information about how the brain is functioning.

During an evaluation, we assess things like:

• Balance
• Coordination
• Postural stability
• Motor planning
• Rhythm and timing
• Gait patterns
• Body awareness

Children with developmental challenges frequently demonstrate subtle difficulties in these areas. Sometimes those difficulties are obvious. Sometimes they are so mild that parents have never considered them significant.

The brain depends heavily on movement-based input to develop and refine neural networks. As a result, coordination challenges can offer important clues about how efficiently different brain regions are working together.

Eye Movements Tell Us More Than Most Parents Realize

Eye movements are one of the most overlooked windows into brain function.

Many children who struggle with reading, attention, sensory processing, or learning difficulties also demonstrate inefficiencies in visual tracking and gaze stabilization.

During the evaluation, we may assess how well the eyes move together, how accurately they track moving targets, and how effectively visual information is processed.

These findings often help explain challenges that may not show up on standard academic testing.

Understanding Sensory Processing

Parents often describe their child as being either “too sensitive” or “not sensitive enough.”

Some children are overwhelmed by noise, bright lights, clothing textures, or busy environments. Others seem to seek constant movement, pressure, or sensory stimulation.

Rather than viewing these behaviors as isolated symptoms, we evaluate how the nervous system is processing and integrating sensory information.

Sensory processing is closely connected to motor development, balance systems, reflex integration, and overall neurological organization. Looking at those systems together often provides a clearer picture than focusing on sensory symptoms alone.

What Happens After the Evaluation?

The evaluation is designed to identify patterns.

We’re looking for answers to questions such as:

• Are retained primitive reflexes present?
• Is coordination developing appropriately?
• Does one side of the body consistently perform differently from the other?
• Are there signs of sensory integration difficulties?
• Are eye movements functioning efficiently?
• Are there indicators of developmental immaturity within specific neurological systems?

Once those patterns are identified, we review the findings with families and discuss whether additional care may be appropriate.

The goal is not to chase symptoms.

The goal is to identify the underlying neurological imbalances that may be contributing to those symptoms.

Why This Matters

One of the most encouraging things we’ve learned from modern neuroscience is that the developing brain is capable of change.

The concept of neuroplasticity refers to the brain’s ability to adapt and reorganize in response to targeted experiences and stimulation. That concept forms much of the foundation for developmental and functional neurology approaches.

Research has also begun exploring how interventions focused on sensory-motor integration, timing, coordination, and hemispheric function may influence neurological performance. In a 2023 study, Teicher and colleagues observed measurable behavioral and neurological changes in children with ADHD following participation in a multimodal intervention program. While this research should be viewed as preliminary rather than definitive, it supports the broader idea that targeted neurological stimulation may influence brain function in meaningful ways.

For families, that matters because it shifts the conversation away from simply managing symptoms and toward understanding how the nervous system may be functioning today and how it may continue to develop over time.

What This Approach Does and Does Not Claim

It is important to be clear about what functional neurology can and cannot do.

We do not claim to cure autism, ADHD, sensory processing disorder, developmental disabilities, or genetic conditions.

We do not believe every challenge has a simple explanation or a simple solution.

What we do believe is that many children benefit from a deeper evaluation of neurological development, coordination, sensory processing, reflex integration, and brain-body communication.

Understanding those patterns often provides parents with answers they have been searching for for years.

Serving Families Across the Denver Metro Area

If you’re looking for pediatric functional neurology in Denver, Wheat Ridge, Arvada, Lakewood, or nearby communities, an evaluation is often the best place to start.

It provides an opportunity to step back from labels and take a closer look at how your child’s nervous system is functioning as a whole.

If you’d like to learn whether a pediatric functional neurology evaluation may be appropriate for your child, we invite you to schedule a complimentary virtual consultation with the Omega Functional Health team.

References

Melillo R. Disconnected Kids. 3rd ed. TarcherPerigee; 2024.

Teicher MH, Bolger E, Hafezi P, et al. Open assessment of the therapeutic and rate-dependent effects of brain balance center and interactive metronome exercises on children with attention deficit hyperactivity disorder. Psychiatry Research. 2023;319:114973. doi:10.1016/j.psychres.2022.114973