Functional neurology offers a drug-free approach to managing ADHD by addressing the root causes of brain imbalances, rather than just masking symptoms. It uses the brain’s natural ability to rewire itself (neuroplasticity) through targeted exercises, sensory integration, and advanced techniques like brain stimulation. Here’s what you need to know:

  • ADHD and the Brain: ADHD impacts the prefrontal cortex, affecting attention, impulse control, and decision-making.
  • How It Works: Functional neurology stimulates specific brain areas to improve focus, memory, and behavior by strengthening neural connections.
  • Key Methods:
    • Custom Testing: Includes balance, eye movement, and sensory evaluations to identify brain imbalances.
    • Therapeutic Exercises: Activities like balance training, brain training apps, and mindfulness exercises enhance brain function.
    • Advanced Techniques: Noninvasive methods like Transcranial Magnetic Stimulation (TMS) target brain regions tied to ADHD symptoms.
  • Chiropractic Care: Spinal adjustments improve brain-body communication, complementing functional neurology treatments.

Families often see improvements in focus, emotional regulation, and overall quality of life. Functional neurology provides a personalized, natural way to support children with ADHD. Ready to explore this approach? Start with a detailed assessment to create a tailored treatment plan.

 

How Functional Neurology Treats ADHD Symptoms

Functional neurology taps into the brain’s natural ability to reorganize itself. This method focuses on addressing the root neurological issues behind ADHD symptoms. The treatment zeroes in on three main areas: activating neuroplasticity, correcting brain imbalances, and enhancing sensory processing.

Using Neuroplasticity to Manage Symptoms

Neuroplasticity is the cornerstone of functional neurology’s approach to ADHD. Through targeted exercises, specific brain areas are stimulated to strengthen neural connections. This can improve working memory, attention span, and impulse control – areas where individuals with ADHD often face challenges.

Unlike treatments that rely on medication, functional neurology offers a drug-free path, working with the brain’s natural capacity to heal and adapt.

Cognitive exercises designed with neuroplasticity in mind help reinforce the neural circuits responsible for focus, self-regulation, and decision-making. By repeatedly engaging in these activities, the brain develops new, healthier patterns of functioning. Complementary practices like meditation can further calm the mind, increase awareness, and enhance attention.

With these neuroplastic gains as a base, the next step is to address deeper brain imbalances.

Correcting Brain Imbalances

After utilizing neuroplasticity, practitioners conduct diagnostic assessments to identify imbalances in key brain regions. ADHD often involves complex disruptions in areas tied to working memory, executive function, sensory processing, emotional regulation, and impulse control. Key regions include the frontal lobes, basal ganglia, thalamus, limbic system, and brainstem – all vital for attention and behavior management.

These assessments pinpoint malfunctioning neurons and pathways that hinder attention and self-control. With this information, practitioners design personalized rehabilitation plans tailored to the individual’s neurological needs. By addressing triggers like sensory overload or brain hemisphere deficiencies, targeted interventions aim to restore balance and improve overall brain function.

Other contributing factors, such as food sensitivities, heavy metal exposure, fatty acid deficiencies, amino acid imbalances, methylation issues, and gut health problems, are also considered. These interconnected factors underline the importance of a holistic approach to brain health.

Once these imbalances are addressed, the focus shifts to refining sensory processing.

Better Sensory Processing and Integration

ADHD and sensory processing challenges often go hand in hand, with as many as 60% of individuals with ADHD also showing signs of Sensory Processing Disorder (SPD). This overlap can complicate daily life as the brain struggles to interpret and respond to sensory input.

Functional neurology tackles these issues using methods like the Functional Neuromotor Activation Technique (FNAT), which strengthens communication between the brain and body. This not only improves sensory processing but also enhances emotional regulation, focus, and overall well-being.

Case studies reveal that targeted sensory therapies can lead to noticeable improvements in self-awareness, motor skills, and stress management.

“When ADHD and SPD do coexist, it’s important to distinguish one from the other because their treatments are different.” – Lucy Jane Miller, Ph.D., director of the Sensory Processing Treatment and Research (STAR) Center at the Children’s Hospital in Denver

Sensory integration therapy plays a critical role here. By exposing individuals to controlled sensory stimuli and teaching appropriate responses, the brain learns to filter and process information more effectively. Practical strategies, such as identifying sensory triggers, using tools like noise-canceling headphones or sunglasses, and creating calming home environments with dimmable lights and unscented products, can make a meaningful difference in managing ADHD-related challenges.

 

Functional Neurology Methods for ADHD Treatment

Functional neurology offers specialized tests and treatments designed to address ADHD symptoms by focusing on the brain’s unique neurological patterns. These methods aim to create individualized treatment plans, addressing specific imbalances in brain function.

Custom Neurological Testing

The process begins with a thorough neurological evaluation to identify dysfunctions that may contribute to ADHD symptoms.

  • Oculomotor testing examines how the eyes track and move together, offering valuable insight into neurological health.
  • Videonystagmography (VNG) evaluates the vestibular system, which is crucial for balance and coordination. This test can reveal issues in the inner ear or brain stem that may relate to attention and hyperactivity challenges.
  • Computerized posturography analyzes balance by measuring how the body responds to sensory inputs. Poor balance may point to cerebellar dysfunction, a factor often linked to ADHD.

Additional assessments, such as gait analysis, reflex testing, and sensory evaluations using visual and auditory tools, provide a deeper understanding of neurological imbalances. These results guide the development of tailored intervention programs.

Therapeutic Exercises and Brain Training

Using the test results, practitioners create customized exercises to stimulate specific brain regions and promote neuroplasticity.

  • Balance training has shown promise in managing ADHD. Activities like single-leg stands, wobble board exercises, or juggling can enhance cerebellar function. A 2021 study found that combining balance training with medication led to greater improvements in ADHD symptoms compared to medication alone.
  • Complex motor activities, such as martial arts, ballet, or skateboarding, engage multiple brain regions and encourage neural integration. Research in animal models suggests that practicing complex motor skills can increase brain-derived neurotrophic factor (BDNF) levels, which may benefit cerebellar development.
  • Brain training programs use repetitive exercises delivered through apps, computer software, or mental tasks to improve attention, impulse control, problem-solving, and decision-making skills. A 2019 study highlighted improvements in ADHD symptoms after at least 24 sessions of brain-computer interface–based training.

“Brain training programs work to harness neuroplasticity… This means our brains can form new connections over time.” – Cara Koscinski, Doctor of Occupational Therapy

Mind–body exercises, such as yoga, combine physical movement with mental focus, strengthening the connection between the brain and body. These techniques have shown benefits for individuals managing ADHD. When these exercises need additional support, advanced brain stimulation methods can be introduced.

Advanced Brain Stimulation Techniques

Functional neurology also incorporates advanced, noninvasive techniques to modulate brain activity and target specific areas.

  • Transcranial Magnetic Stimulation (TMS) focuses on the prefrontal cortex, a region essential for attention and impulse control. By using magnetic waves, TMS helps stimulate neurotransmitter production and restore balance in the brain’s electrical activity.

“Transcranial Magnetic Stimulation (TMS) and repetitive transcranial magnetic stimulation (rTMS) are safe and noninvasive investigative and therapeutic tools, respectively.” – Zaman

  • Deep Transcranial Magnetic Stimulation (dTMS) is a variation of TMS that penetrates deeper brain structures, reaching areas that standard TMS might not.
  • Transcranial Direct Current Stimulation (tDCS) is another promising approach for ADHD treatment. While rTMS provides more precise targeting, tDCS is generally more affordable, easier to administer, and causes less discomfort.

These techniques work by adjusting electrical activity in brain regions tied to attention, impulse control, and executive functions. By doing so, they aim to restore normal functioning in areas responsible for working memory and behavioral regulation.

At HML Chiropractic & Functional Care, these advanced methods are combined with detailed neurological testing to create personalized ADHD treatment plans. This comprehensive approach not only addresses the symptoms of ADHD but also takes into account factors like digestive health, inflammation, and emotional well-being, ensuring a full understanding of each patient’s needs.

 

How Chiropractic Care Supports Functional Neurology

Chiropractic care works hand-in-hand with functional neurology. While functional neurology focuses on targeted brain exercises to stimulate specific regions, chiropractic care ensures the spine is aligned, allowing for better communication between the brain and body. Together, these approaches form a well-rounded method that can help improve outcomes for individuals with ADHD. Let’s dive into how spinal adjustments play a role in these improvements.

Improving Brain Function Through Spinal Adjustments

Spinal adjustments address subluxations – misalignments in the spine – that can interfere with the brain’s ability to communicate with the body. Research has revealed that chiropractic adjustments can enhance brain function by an average of 20% and significantly boost activity in the prefrontal cortex, the area responsible for critical thinking and learning.

“This is solid scientific evidence that adjusting the spine changes the way the prefrontal cortex of the brain is processing information from the arm… It demonstrates we change the way the brain works and shows that spinal function impacts brain function.” – Heidi Haavik, Researcher

Chiropractic neurologists identify underperforming areas of the brain and use treatments to encourage neuroplasticity – the brain’s ability to adapt and grow. Advanced tools like optokinetic tests and infrared optic photography help detect hemispheric imbalances. By stimulating the nervous system through spinal adjustments, practitioners can influence reflexes in both the spinal cord and the brain. This process improves proprioception, or the body’s ability to sense its position in space, which is often a challenge for those with ADHD.

Case studies have shown that focused chiropractic treatments can lead to noticeable improvements in mood, behavior, and sleep. These changes contribute to better neural function and a reduction in ADHD symptoms. Beyond the neurological benefits, this combined approach supports overall well-being.

Integrated Health Benefits

At HML Chiropractic & Functional Care, treatment plans are tailored to each patient’s unique neurological needs. By combining chiropractic adjustments with functional neurology techniques, patients often experience benefits that go beyond what either therapy could achieve on its own. Chiropractic care, focused on restoring spinal alignment, complements functional neurology by optimizing the nervous system, which can lead to better overall health and quality of life.

Spinal adjustments not only correct physical misalignments but also promote relaxation, allowing patients to fully engage in brain training exercises. Relieving physical tension can make it easier for individuals to focus on functional neurology activities, maximizing their effectiveness.

Interestingly, research shows that 68% of parents explore alternative treatments for their children with ADHD. Chiropractic care ranks as the fourth most commonly used complementary therapy, with 3% of children with ADHD receiving this treatment.

The combined neuroplastic effects of chiropractic care and functional neurology create a powerful approach for improving brain function and managing ADHD symptoms. This integrative method holds promise for creating lasting changes in both neurological health and overall well-being.

 

Building a Supportive Home Environment

Creating a nurturing home environment is a key part of supporting functional neurology treatments for children with ADHD. A structured, sensory-friendly space can reinforce the progress made during clinical sessions, helping children improve their daily functioning. These strategies work hand-in-hand with professional treatment, extending its benefits into everyday life.

Adding Brain-Building Activities at Home

Parents can enhance the effects of professional treatment by incorporating simple, brain-stimulating activities into their daily routines. These activities promote neuroplasticity and improve sensory integration.

For example, balance exercises and scent games are excellent for activating sensory systems. Activities like standing on one leg for 30 seconds or using a wobble board can strengthen the vestibular system, which often requires extra attention in children with ADHD. Scent jars filled with spices, essential oils, or other household items can engage multiple brain regions when children identify different smells. These activities complement the sensory integration work done in clinical settings.

Rhythmic activities are another effective way to support brain development. Clapping games, drumming along to music, or even marching around the house can help synchronize brain regions. The repetitive nature of these activities strengthens neural pathways, improving focus and attention.

To support these activities, organizing the home thoughtfully is essential. Decluttering and using simple storage solutions can create a calm, distraction-free space for exercises. Designating specific areas for homework, play, and relaxation helps children transition smoothly between tasks.

Visual aids like labels, color-coding, and charts can also reduce mental strain and support executive function improvements.

“Consider using soft, plush storage bins for a dual purpose. They reduce noise when rummaging for items and can double as cozy, stress-relieving tactile objects.” – Melanie Sumner, ADHD organizing specialist

Monitoring Progress and Staying Consistent

Consistency and regular monitoring are vital for long-term success. Establishing daily routines, using clear checklists, and implementing token systems can help reinforce positive behaviors and support executive functioning.

Using ADHD rating scales regularly can track whether symptoms are improving. Parents should collaborate with their practitioner to set baseline measurements and monitor progress over time.

Adjusting the home environment to minimize sensory overload is another important step. Reducing noise, bright lights, and strong smells can help optimize brain function. Natural lighting is often a better choice than fluorescent lighting, which can sometimes trigger sensory sensitivities.

Creating “safe zones” for family members provides a retreat when sensory input becomes overwhelming. These spaces might include soft blankets, pillows, favorite books, or sensory tools like stress balls and textured toys.

“Being neurodivergent means you have a different way of thinking and viewing the world. Though you may behave or think differently than your peers, it doesn’t mean that there is anything wrong with you.” – Gina Brady, Fraser Sensory Supports Program and Training Manager

Using Functional Neurology for ADHD

Functional neurology offers a proactive way to address ADHD by focusing on the root causes of neurological imbalances rather than just managing symptoms. By tapping into the brain’s natural ability to adapt and change, this approach aims to improve focus, behavior, and overall quality of life. Let’s break down some key points.

Key Points to Remember

Functional neurology uses neuroplasticity – the brain’s ability to reorganize and form new connections – to create lasting improvements. Instead of relying solely on medication, this method involves thorough assessments to pinpoint specific neurological challenges. From there, personalized treatments are designed to enhance focus, memory, and self-control.

ADHD affects individuals in unique ways. With approximately 6.4 million children in the U.S., aged 4 to 17, diagnosed with ADHD – and many also dealing with conditions like anxiety or behavioral issues – the need for tailored care is more pressing than ever. Functional neurology offers a customized, drug-free path to help families address these challenges.

Families who choose this approach often see improvements in areas like concentration, reading skills, memory, and behavior management. Treatments combine neuro-rehabilitation, sensory integration, nutrition, and manual therapies, creating a foundation for better brain function and long-term well-being.

“Brains are not static entities. The brain grows – it has plasticity, which is the basis of the ability to learn. If you stimulate the brain, it will cause plastic changes.” – Mark S. Smith, DC, DABCN

This perspective emphasizes how interconnected the nervous system is. Progress in one area often leads to improvements across physical, emotional, and social well-being. These insights provide families with actionable steps to support their children.

Next Steps for Families

Functional neurology offers a comprehensive, natural approach to managing ADHD. The first step is scheduling a detailed assessment with a qualified practitioner. This evaluation helps identify the neurological imbalances driving ADHD symptoms and forms the basis for a personalized treatment plan.

HML Chiropractic & Functional Care specializes in this tailored approach. Their team integrates functional neurology, chiropractic care, and functional medicine to address the unique needs of each family member. By focusing on neurological rehabilitation, sensory integration, and whole-body wellness, they help families create effective strategies for managing ADHD naturally.

Consistency and commitment are key to seeing results. Many families find that children gain greater emotional regulation, improved focus, and better behavior control. These changes can lead to stronger performance in school, healthier family relationships, and an overall boost in quality of life.

To begin, schedule an initial consultation to discuss your family’s specific concerns and explore how functional neurology can meet your child’s unique needs. With the right guidance and a personalized plan, families can take meaningful steps toward managing ADHD and supporting their child’s development in a natural, effective way.

FAQs

How does functional neurology use neuroplasticity to help manage ADHD symptoms?

Functional neurology taps into the brain’s natural ability to change and adapt, known as neuroplasticity, to help manage ADHD symptoms. This approach uses specific therapies to stimulate sensory, motor, and cognitive functions, encouraging the brain to rewire itself and perform more effectively.

Some examples of these therapies include cognitive exercises, neurofeedback, and physical activities that target areas like focus, impulse control, and overall cognitive function. By working directly with the brain’s processes, functional neurology seeks to reduce dependence on medication and support long-term improvements, ultimately aiming to enhance daily life for individuals with ADHD.

What assessments are used in functional neurology to understand ADHD symptoms?

Functional neurology employs a range of assessments to uncover brain imbalances that may contribute to ADHD symptoms. These evaluations often include neurological and metabolic tests like videonystagmography (VNG), computerized posturography, and oculomotor testing. By using these tools, specialists can identify specific areas of dysfunction within the brain and nervous system.

Additionally, behavioral and cognitive testing is often conducted to gain a clearer picture of an individual’s unique challenges. These assessments provide key insights that help create personalized care plans aimed at improving focus, behavior, and overall quality of life.

How can parents create a supportive home environment to enhance functional neurology treatments for ADHD?

Creating a home environment that supports your child can make a big difference when paired with functional neurology treatments for ADHD. Start by setting up clear and consistent routines. This kind of structure helps kids feel more secure and makes daily life more predictable. You can also create specific spaces for studying or relaxing – keep these areas free from distractions. Using visual aids like charts or checklists can make tasks feel more manageable and less overwhelming.

Think about adding sensory-friendly elements to your home, too. Calming colors, soft lighting, and soothing textures can help reduce overstimulation. Make it a habit to have open conversations with your child about their feelings and any challenges they’re facing. This can build trust and create a positive, supportive atmosphere. Activities like mindfulness exercises or physical play can also work wonders for improving focus and promoting relaxation, aligning well with the holistic principles of functional neurology.

By making these thoughtful adjustments, you’re setting up a space that nurtures your child’s growth and well-being while supporting their treatment journey.