Traditional and functional medicine both treat ADHD with various methods. Stimulant medication, behavior and dietary interventions, and even supplementation can be helpful in treating ADHD. It’s important to remember that there is no one-size-fits-all when it comes to treatment; it depends on the individual and their specific case. Read on for some different options to be considered in treatment. Not sure if it’s ADHD? Read this article for an overview of the different types and symptoms.
In traditional Western medicine, stimulant medication is typically the first line of treatment for ADHD. Popular stimulant medications (some which may sound familiar) include Ritalin/Concerta (methylphenidate) and Adderall/Adderall XR (amphetamine salts). Treatment with medication is dependent on a number of factors, primarily: age, symptoms, comorbid (co-existing) conditions, as well as parental comfort with the use of medication. With ages 4-6, behavioral interventions are preferred over medication use.
A different approach, in functional/integrative medicine, ADHD treatment options primarily focus on healing the body by establishing positive lifestyle habits and working to balance neurotransmitters.
“Integrative medicine incorporates evidence-based medicine, both conventional and complementary and alternative therapies, to deliver personalized care to the patient, emphasizing diet, nutrients, gut health, and environmental influences as a means to decrease symptoms associated with chronic disorders.” (Esparham, A 2014).
Behavioral interventions, improved diet, nutrient supplementation, better sleep, and increased physical activity have all been shown to have beneficial effects either alone or in combination with medication use.
What is a neurotransmitter and why are they important?
Neurotransmitters are known as chemical messengers in the body. They transmit information within the nervous system and enable the brain to perform a variety of functions.
When it comes to ADHD, there is often an imbalance of neurotransmitters which can be detected with specific testing done by qualified doctors. Functional medicine oftentimes aims to determine what these imbalances are and consequently balance them out in the treatment plan.
Modifying children’s physical and social environments by using rewards and non-punitive consequences can help manage ADHD. Some effective strategies include:
Maintaining a daily schedule
Providing specific and logical places to keep schoolwork, toys, clothes, etc.
Keeping distractions to a minimum (e.g., putting phone in a different room when doing school work)
Using charts and checklists to help stay on task
Setting small, reachable goals
Rewarding positive behavior
Using calm discipline (eg. “time out”, distraction, removing child from situation)
Finding activities in which the child can be successful (hobbies/sports)
What we eat has a profound effect on our health. “Nutritional deficiencies from a ‘Western’ diet, food insecurities, artificial food additives and dyes, food sensitivities and allergies have all been implicated in ADHD.” (Esparham, A 2014) Oxidative stress (inflammation) is an underlying risk factor for ADHD. Since Western diets are typically high in omega-6 fatty acids, sodium, and sugar, all of which can induce inflammation, swapping out processed foods with more whole foods (especially plants) may help decrease ADHD symptoms.
Gluten-related disorders (Celiac Disease and non-celiac gluten sensitivity) may also be associated with ADHD. Exposure to gluten in these individuals can cause intestinal damage that can lead to chronic inflammatory immune dysregulation throughout the body. In some people, this chronic inflammation masquerades as behavioral and psychiatric disorders, such as ADHD. Eliminating gluten can improve mood, focus and attention, as well as decrease disruptive behaviors
Adequate nutrient levels play a large role in optimizing neurotransmitters and brain activity. Below is a list of various nutrients that may affect ADHD:
Micronutrients play a large role in metabolism, neurotransmission, cognitive function, immune function, and detoxification. Some of the important micronutrients, in relation to ADHD, include Zinc, Iron, Vitamin B6, Magnesium, Polyunsaturated Fatty Acids (PUFAs)/Omegas, and Vitamin D.
Zinc is a micronutrient that participates in the metabolism of neurotransmitters, hormones, nutrients, and supports proper immune function. Our brains also need zinc to form neural pathways, so a zinc deficiency can have a significant impact on attention, motor activity, cognition, and behavior.
Iron is a key player in neurotransmitter metabolism. Because neurotransmitter dysfunction/dysregulation is often implicated in ADHD, it is logical to suggest that iron dysregulation can be implicated in some ADHD disorders. In addition, excess inflammation and low levels of glutathione (the main body’s detoxifier and antioxidant) can result in iron dysregulation.
Insufficient Vitamin B6 affects metabolism of polyunsaturated fatty acids, hemoglobin synthesis, and neurotransmission. It has been found that B6 is another cofactor in neurotransmitter metabolism, including neurotransmitters: serotonin, glutamate/GABA, and dopamine (inappropriate levels have all been implicated in ADHD). By regulating neurotransmission, vitamin B6 may improve executive function and symptoms of ADHD.
Magnesium acts as a protectant to the nervous system when there are excessive excitatory neurotransmitters, such as glutamate. Appropriate magnesium supplementation may be a useful adjunct for children on stimulant medication.
Polyunsaturated fatty acid (PUFAs) disturbance has also been implicated in ADHD, as they are necessary for neuronal function to support neurotransmission. The typical American diet has an imbalance of omega-6 and omega-3 PUFAs; an elevated omega-6 is implicated in inflammation. DHA (an omega-3) is essential in neurocognitive development of children.
Vitamin D is essential for normal brain development and regulates two different parts of the immune system by enhancing protective mechanisms against inflammation.
Probiotics and probiotic foods (kimchi, sauerkraut, yogurt, kombucha in moderation) have been shown to promote a healthy gut. We talk a lot about the importance of this, specifically the gut microbiome because research has shown that there is a gut-brain-body continuum. Essentially, the gut microbiome has its own nervous system that produces neuroendocrine hormones which transmit information across the gut microbiome to the brain, and can impact mood and behavior.
It is also important to recognize the effect of sleep on the body. Healthy, deep/REM sleep is essential for the body to “reset” at night, both physically and mentally. This is the time for your neuroendocrine system to “catch up” with the day and prepare for the day ahead. Should there be a disruption in sleep cycles, there will be a consequential disruption in neuroendocrine function the next day. This could be as simple as feeling sluggish and having brain fog the next day, all the way to a child having a meltdown in school. It has been shown that treatment of sleep problems/disorders may improve ADHD symptoms. Ironically, some of the stimulant medications used to treat ADHD can exacerbate some sleep issues, so it’s important to take that into consideration when discussing a treatment plan.
Regular exercise is important not only for overall health, but also for brain health. Ever heard of “runner’s high”? This is a release of neurotransmitters to the brain and body that help to create a positive mood/affect. It has been shown that 30-60 minutes of vigorous activity a day has a positive effect on ADHD, especially those with a hyperactive/impulsive type. Furthermore, studies have shown that physical activity specifically in the morning can have a positive effect on attention and behavior throughout the day.
Treating ADHD is an individual thing
It cannot be stressed enough that there are many ways to attempt treating ADHD, and there generally is not just “one way” to do so. Finding a qualified professional, asking the right questions, doing adequate testing and trying different solutions can absolutely yield positive results. While medication is an option, remember that it’s not the only option available.
Anya Wallace, PA-C is a physician associate and graduate of Wingate University’s Masters in Physician Associate Studies program. She has her B.S. in Exercise Science from the University of South Carolina. Prior to joining the Companion Health care team, Anya spent four and a half years working as a physician associate with Ballantyne Medical Associates where she helped her clients better understand what was going on with their bodies, why, and how to heal from the inside out.
This is for general informational purposes only and does not constitute any practice of medicine or professional health care services of any type. The use of information on this blog is at the user’s own risk. The content of this blog is not intended to be a substitute for professional medical advice, for diagnosis, or for treatment. Please seek the care of your health care professionals for any questions or concerns.