Pediatric Functional Neurology in Denver: How an Examination-Driven Evaluation Looks Beyond the Diagnosis
When parents bring a child to a pediatric functional neurology evaluation, they are usually looking for something deeper than another diagnosis. They have often already collected the labels. ADHD. Autism spectrum disorder. Sensory processing challenges. Developmental delay. Sometimes several at once. What they are really asking is a different question, and it is the question that drives this entire field of work.
Why is my child struggling in the first place?
For families across Denver, Wheat Ridge, Arvada, Lakewood, Highlands Ranch, and the surrounding communities who are researching pediatric functional neurology in Denver, this article walks through what that kind of evaluation actually involves, why it looks at the whole child rather than a single symptom, and what the current research does and does not support.
A Different Starting Question
Most traditional evaluations are built to answer one core question: do these symptoms fit the criteria for a particular diagnosis? That is a valuable question. It opens doors to services, accommodations, and support that children genuinely need. Pediatric functional neurology starts somewhere else. Instead of asking only what diagnosis a child has, it asks how the child’s brain is 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 the brain’s networks. In plain language, one side of the brain, or certain neurological systems, may be developing or functioning less efficiently than others. The brain is not viewed as broken or damaged. It is viewed as out of balance, with some systems underdeveloped, poorly integrated, or struggling to communicate efficiently. This perspective often helps explain something that puzzles many parents. It explains how a child can be remarkably capable in one area while continuing to struggle in another. The bright, articulate child who cannot coordinate their body. The strong reader who cannot regulate their emotions. These uneven profiles start to make more sense when you look at how different brain systems may be maturing at different rates.Your Child’s Story Comes First
One of the most important parts of the evaluation happens before any testing begins. It is the part where the clinician listens. Parents often arrive expecting an immediate focus on current symptoms. Instead, a thorough evaluation starts by gathering a detailed developmental history. The questions may seem unrelated at first. Did your child crawl, or did they skip crawling on the way to walking? Were developmental milestones reached on time? Were there early feeding challenges? Has coordination always seemed difficult? Are there sensitivities to sound, touch, clothing, or food textures? Have teachers consistently raised concerns about attention, organization, or emotional regulation? Patterns that seem disconnected at first often begin to line up when they are viewed through a neurological lens. A history of skipped crawling, a child who was always a little clumsy, and current struggles with reading and attention may turn out to be parts of the same story rather than separate footnotes.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 integrate and give way to more advanced, voluntary movement and postural control. When primitive reflexes remain active longer than they should, they can interfere with balance, coordination, posture, eye movements, sensory processing, and motor development. This is one of the most researched areas within the developmental framework, and it is often a critical piece of understanding why a child may be struggling despite appropriate support elsewhere. The research base here has grown well beyond a single study or a single author. A systematic review published in 2026, registered in advance through PROSPERO and conducted according to established review standards, examined the relationship between persisting primitive reflexes and both motor and cognitive development in children. It found that high levels of persisting primitive reflexes are frequently observed in children with neurodevelopmental disorders such as ADHD, autism spectrum disorder, and dyslexia. That kind of independent review matters, because it draws on many studies rather than resting on the findings of any one clinic or group. Larger clinical work has pointed in a similar direction. One study examined more than two thousand individuals diagnosed with ADHD, drawn from dozens of locations across the United States, and looked at whether a structured program could reduce retained primitive reflexes and improve related motor and cognitive performance. Work like this does not settle every question, but it suggests the relationship between reflex integration and development is worth taking seriously rather than dismissing.Movement, Balance, Coordination, and Timing
Movement provides a tremendous amount of information about how the brain is functioning. During an evaluation, a clinician may assess balance, coordination, postural stability, motor planning, rhythm and timing, gait patterns, and body awareness. Children with developmental challenges frequently show subtle difficulties in these areas. Sometimes the difficulties are obvious. Sometimes they are so mild that parents never consider them significant. The brain depends heavily on movement-based input to build and refine its networks, so coordination challenges can offer important clues about how efficiently different brain regions are working together. The connection between movement and higher-level skills is not just a clinical hunch. Research on the cognitive and motor roles of deep brain structures during development supports how closely movement, timing, and thinking are linked. This helps explain why building coordination and stability so often pays off in places that look unrelated, such as attention and processing.Eye Movements and Sensory Processing
Eye movements are one of the most overlooked windows into brain function. Many children who struggle with reading, attention, sensory processing, or learning also show inefficiencies in visual tracking and gaze stability. During the evaluation, a clinician 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 do not show up on standard academic testing. Sensory processing is examined in the same connected way. Rather than treating a child as simply too sensitive or not sensitive enough, the evaluation looks at how the nervous system is receiving, organizing, and responding to sensory information, and how that connects to motor development, balance, reflex integration, and overall neurological organization. Looking at these systems together usually provides a clearer picture than examining sensory symptoms in isolation.What Happens After the Evaluation
The evaluation is designed to identify patterns. The clinician is 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 than 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, the findings are reviewed with the family, and any recommended care is built directly from what the examination revealed. No two children receive the same plan, because no two children present with the same pattern. The goal is not to chase symptoms one at a time. It is to identify the underlying neurological factors that may be contributing to them.Why This Perspective Offers Hope
One of the most encouraging findings 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 experience and stimulation, and it forms much of the foundation for developmental and functional neurology approaches. It is important to describe this evidence accurately. This is an active and evolving area of research rather than a closed case. Studies continue to explore how interventions focused on sensory and motor integration, timing, coordination, and hemispheric development may influence neurological function over time. The responsible approach is to follow that evidence, pair it with careful individualized assessment, and stay honest about both its promise and its limits.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 spectrum disorder, ADHD, sensory processing disorder, learning disabilities, intellectual disability, or genetic conditions. We do not believe that 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 and body communication. Understanding those patterns often provides parents with answers they have been searching for over many years. Families should always look for providers who are transparent about what the evidence supports and what it does not, and at Omega Functional Health, that transparency is part of how we deliver care.A Starting Point for Families Across the Denver Area
If you are looking for pediatric functional neurology in Denver, Wheat Ridge, Arvada, Lakewood, or nearby communities, an evaluation is often the best place to start. It offers an opportunity to step back from labels and take a closer look at how your child’s nervous system is functioning as a whole. Families are welcome to contact Omega Functional Health to schedule a complimentary virtual consultation. The initial conversation is with parents, at no cost, and focuses on whether a pediatric functional neurology evaluation is a good fit for what your family is trying to understand.References
Melillo R. Disconnected Kids. 3rd ed. TarcherPerigee; 2024. Melillo R, Leisman G, Mualem R, Ornai A, Carmeli E. Persistent Childhood Primitive Reflex Reduction Effects on Cognitive, Sensorimotor, and Academic Performance in ADHD. Frontiers in Public Health. 2020;8:431835. Persisting primitive reflexes and motor and cognitive development in children: a systematic review. 2026. PROSPERO registration CRD42024511229. Leisman G, Braun-Benjamin O, Melillo R. Cognitive-Motor Interactions of the Basal Ganglia in Development. Frontiers in Systems Neuroscience. 2014;8:16.Learn more about how we help kids with focus, coordination, and sensory challenges on our Melillo Method page.
