Pediatric Sensory Processing Disorder Denver_ When Everyday Sensations Feel Overwhelming

Pediatric Sensory Processing Disorder Denver: When Everyday Sensations Feel Overwhelming

ByDr. Sam McDonald
For some children, everyday experiences can feel far more intense than they do for everyone else. A tag in a shirt feels unbearable. The hum of fluorescent lights becomes distracting. Certain food textures trigger gagging. A crowded classroom feels overwhelming before the school day has even begun. Parents often recognize these patterns long before anyone else does. They notice that their child seems unusually sensitive to sounds, touch, movement, smells, or visual stimulation. They may also notice the opposite. Some children constantly seek movement, crash into furniture, fidget nonstop, or seem unaware of sensory information that other children immediately notice. Over time, many parents begin asking the same question: “Is this sensory processing disorder?” For families searching for information about pediatric sensory processing disorder in Denver, understanding how sensory processing works inside the developing brain is often the first step toward finding meaningful answers.

Sensory Processing Is About More Than the Five Senses

Most of us learn about the five senses in elementary school: sight, hearing, taste, smell, and touch. The brain, however, processes far more information than that. It constantly receives input from balance systems, body position awareness, movement, muscle activity, joint receptors, and internal signals from the body itself. Sensory processing refers to the brain’s ability to receive, organize, interpret, and respond appropriately to all of that incoming information. When that process is working efficiently, children can navigate their environment without much conscious effort. When it is not, everyday experiences can become stressful, distracting, or exhausting.

What Sensory Processing Challenges Can Look Like

Sensory processing challenges do not look the same in every child. Some children become overwhelmed by sensory input. Parents may notice:
  • Sensitivity to loud noises
  • Difficulty tolerating certain clothing fabrics
  • Strong reactions to haircuts, toothbrushing, or nail trimming
  • Food texture aversions
  • Discomfort in crowded or busy environments
  • Emotional meltdowns following sensory overload
Other children appear to seek sensory input constantly. They may:
  • Crave movement
  • Jump, spin, or climb excessively
  • Seek pressure or tight hugs
  • Touch everything around them
  • Have difficulty sitting still
  • Appear unaware of personal space
These behaviors can seem very different on the surface, but both may reflect challenges in how the nervous system processes and organizes sensory information.

Looking Beyond the Symptoms

One of the most common misconceptions about sensory processing challenges is that they are purely behavioral. In reality, sensory responses begin in the nervous system long before they become visible behaviors. When a child covers their ears, refuses certain foods, becomes emotionally overwhelmed, or constantly seeks movement, those behaviors are often the brain’s response to sensory information that feels difficult to interpret or regulate. That is why simply addressing the behavior itself may not always solve the problem. The more important question is: Why is the nervous system responding this way in the first place?

A Functional Neurology Perspective

In functional neurology, we view sensory processing as part of a much larger neurological picture. The framework suggests that developmental challenges often involve differences in how brain regions communicate, integrate information, and coordinate activity. Rather than viewing sensory processing as an isolated issue, this model looks at how sensory systems interact with motor control, balance, timing, reflex integration, and hemispheric development. For many children, sensory sensitivities are only one piece of a broader neurological pattern. A child who struggles with sensory processing may also demonstrate:
  • Coordination difficulties
  • Balance challenges
  • Delayed motor development
  • Emotional regulation concerns
  • Attention difficulties
  • Learning challenges
Looking at those systems together often reveals connections that are easy to miss when symptoms are evaluated individually.

Why Primitive Reflexes Matter

One area we frequently evaluate in children with sensory challenges is retained primitive reflexes. Primitive reflexes are automatic movement patterns that help infants navigate early development. As the nervous system matures, these reflexes are expected to integrate. When they remain active beyond infancy, they may interfere with posture, balance, eye movements, coordination, and sensory processing. Parents are often surprised to learn that a reflex pattern established during infancy can continue influencing how a child experiences the world years later. For some children, retained primitive reflexes become an important piece of the sensory processing puzzle.

The Connection Between Movement and Sensory Processing

When parents hear the phrase “brain-based care,” they often imagine cognitive exercises or computer programs. Movement is actually one of the most powerful sources of neurological stimulation available to the developing brain. The brain depends heavily on information coming from muscles, joints, balance systems, and body position receptors. These systems help build and refine the neural networks responsible for sensory integration, motor control, attention, and self-regulation. This is one reason functional neurology evaluations often include assessments of balance, coordination, posture, rhythm, eye movements, and body awareness. These systems tell us a great deal about how efficiently the nervous system is processing information.

What Happens During an Evaluation?

When a child visits our office, we are not simply looking for sensory sensitivities. We are looking for patterns. The evaluation may include:
  • Developmental history
  • Primitive reflex assessment
  • Balance testing
  • Coordination assessment
  • Eye movement evaluation
  • Sensory processing observations
  • Timing and rhythm testing
  • Postural control assessment
The goal is to understand how different neurological systems are working together and whether underlying imbalances may be contributing to sensory challenges. For many families, this broader perspective helps explain why previous interventions may have addressed symptoms without fully addressing the underlying patterns.

What Does the Research Say?

Sensory processing remains an active area of research, particularly in relation to neurodevelopment, motor control, and neurological maturation. Research has increasingly highlighted the close relationship between sensory and motor systems during childhood development. Studies examining sensory-motor interventions continue to explore how targeted stimulation may influence neurological function and behavior. A 2023 study by Teicher and colleagues reported measurable behavioral and neurological changes in children with ADHD following participation in a multimodal intervention program involving sensory-motor components. While additional research is needed and no single study provides definitive answers, findings like these support continued investigation into how targeted neurological stimulation may affect brain development and function.

What This Approach Does and Does Not Claim

It is important to be realistic. We do not claim to cure sensory processing disorder, autism, ADHD, developmental disabilities, or genetic conditions. We also recognize that every child presents with a unique neurological profile. Our goal is to understand how the nervous system functions, identify potential areas of imbalance, and develop individualized recommendations based on those findings. For many families, understanding the “why” behind their child’s sensory experiences is one of the most valuable parts of the process.

Finding Answers Beyond the Symptoms

For parents, sensory challenges are rarely just about clothing textures, food preferences, or noisy environments. They affect school, relationships, emotional regulation, confidence, and everyday family life. If you’re searching for support for pediatric sensory processing disorder in Denver, Wheat Ridge, Arvada, Lakewood, or nearby communities, a comprehensive neurological evaluation can help uncover patterns that may be contributing to your child’s struggles. The goal is not simply to manage symptoms. It is to better understand how the developing brain is processing and responding to the world around it. If you’d like to learn whether a 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. Goddard Blythe S. Persistent primitive reflexes and associated motor problems in healthy preschool children. International Journal of Adolescent Medicine and Health. 2004;16(4):379-389.

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