Functional Neurology for ADHD

In the United States, cases of ADHD have risen to epidemic proportions. A thorough neurologic and metabolic evaluation is necessary for the effective treatment of ADHD symptoms. After these analyses are completed, problematic networks can be pinpointed. In this way, a patient’s specific needs can be addressed and a treatment plan can be tailored to restore healthy neural connections.

Functional neurology is a branch of medicine that aims to identify and treat the underlying causes of your ADHD symptoms by analyzing your brain and nervous system function.

To understand the benefits of functional neurology for ADHD, we will discuss the condition itself and how to diagnose it.

Functional Neurology for ADHD

What is ADHD?

The inability to focus and restrain impulsive actions are hallmarks of attention deficit hyperactivity disorder (ADHD). It’s also possible that this person is incredibly fidgety and hyperactive.

Involving multiple areas of the brain, attention-deficit hyperactivity disorder (ADHD; formerly referred to as ADD) influences both cognition and behavior. ADHD is classified as a neurological developmental condition because it interferes with normal brain growth.

Disorders such as attention deficit hyperactivity disorder (ADHD) can have far-reaching consequences on a person’s life, including their ability to succeed in school and maintain positive relationships with others.

These traits are indicative of the disorder: impulsivity, hyperactivity, and a lack of focus. While it was generally believed that children outgrow ADHD as they get older, newer research suggests that 30–60% of affected persons continue to display substantial symptoms of the disease as adults, along with related challenges such as lower educational and occupational achievement.

Drug treatments and behavioral therapy, including counseling and behavioral modification, are the mainstays of conventional treatment for people with ADHD. However, there is limited information regarding the long-term efficacy of these therapeutic techniques, which also carry substantial risks and problems.

Children, adolescents, and adults with attention deficit hyperactivity disorder (ADHD) often struggle to pay attention to, and keep the focus on, activities that are crucial to their success and happiness in life. It could manifest as a lack of concentration, a tendency toward impulsivity, or an inability to settle down. All of these actions can serve as distractions that make it difficult to get work done.

Although the exact reason why some people are predisposed to developing attention deficit hyperactivity disorder (ADHD) is unknown, there are a number of shared characteristics among those with ADHD that can be traced back to a preexisting right-left hemisphere imbalance, which is often present from a very young age.

Symptoms of ADHD

  • Motivational issues: ADHD is more than just a focus problem. That’s why inspiration is also crucial. A person with the disorder may be able to devote considerable attention to something that is personally engaging (such as a gaming or a sporting event), but they may have significant trouble focusing on work that is either tedious or difficult. Individuals with ADHD frequently struggle with task initiation and transition.
  • Mood Swings and Irritability: Unstable mood can be caused by dysfunction in the prefrontal cortex of the brain.
  • Many persons with ADHD have difficulties learning new material, making connections to prior knowledge, and generating original ideas.
  • Memory Issues: Because of the ADHD brain’s inefficiency in retaining new knowledge, the disorder can cause issues with memory and recall.
  • Daydreaming: ADHD makes it harder for the brain to self-regulate due to its inefficient functioning. We all do it, but for those of us without ADHD, it’s usually easy to just “snap out of it” and get back to work. Daydreaming is exacerbated and difficult to break for those with ADHD. Daydreaming is a common symptom of attention deficit hyperactivity disorder (ADHD), and you may need to physically touch the person in front of you or stand in front of them to catch their attention.

What is Functional Neurology?

Functional neurology is a branch of chiropractic that focuses on the diagnosis and rehabilitation of neurological and brain-based illnesses such as concussions, post-concussion syndrome (PCS), headaches, migraines, dizziness, balance difficulties, peripheral neuropathy, and more.

To properly diagnose patients, functional neurologists consider the interplay between the patient’s neurologic, metabolic, nutritional, and biomechanical systems.

From the developing brain to the deteriorating brain of old age, a functional neurologist can provide light on a wide range of brain processes. Chiropractic neurology, often called functional neurology, is used clinically to treat patients with neurological disorders and enhance the health of those who are otherwise in good physical condition.

The goal of the functional neurology method is to promote neuroplasticity in the brain and address current health problems by targeting the cells and connections of specific regions of the nervous system. When the brain is stimulated, it affects several different types of neurotransmitters, which in turn encourages the development of new neurons and blood vessels in the brain and spinal cord and the formation of new connections between the existing brain and spinal cord structures.

Diagnosis of ADHD

Functional neurology for ADHD works by first understanding the underlying causes in the brain. 

If the brain and nervous system are working properly, information should be relayed quickly between the left and right sides and within each hemisphere. Millions of times every minute, nerve cells connect, pass on information, and reset, allowing for this kind of communication to take place.

When a person’s brain isn’t working properly, they may just transmit some of the information intended for a recipient, or they may transmit no information at all. Miscommunication underlies all forms of neurobehavioral and learning difficulties, leading to the condition known as Functional Disconnection Syndrome.

Most people with ADHD have a similar pattern of reduced connection and integration in the right hemisphere, especially the frontal lobe. Behavioral changes are generally the first sign seen by parents.

Other symptoms of right hemisphere delays include clumsy movement and coordination, awkward social skills, a limited diet, and difficulty communicating nonverbally.

One hemisphere of the brain will always try to make up for the other if the other isn’t functioning properly. As a result, those with ADHD frequently exhibit a preference for using their left brain over their right, leading to a deficit in right-brain abilities.

It’s because of this difference that most kids with ADHD or autism struggle with reading comprehension (right brain skills) but do well in arithmetic (left brain skills).

On occasion, a person with ADHD will show signs of global brain weakening during a neurologic evaluation. Primitive responses are often to blame for this. It’s crucial to find a professional who can assess your primitive reflexes and help you work on improving them through appropriate remedial activities.

How Functional Neurology for ADHD is Beneficial

By focusing on the brain’s natural capacity for adaptation to stimulation, functional neurology (also known as chiropractic neurology) seeks to fill this hole in traditional neurology by detecting particular neurological dysfunctions through a thorough physical examination and then making every effort to restore function. Neuroplasticity refers to the brain’s natural flexibility in responding to new experiences.

When it comes to a person’s neurological health (i.e., their brain’s health), mainstream neurology takes a binary approach. If there are no outward signs of sickness, such as a tumor, trauma, or aberrant findings on high-tech imaging, then there is no problem, and no treatment is necessary. Many of these “clean cases” have medicines recommended for pain or symptom management in an attempt to mitigate these unintended consequences.

The fundamental focus of Functional Neurology is stimulation, which is one of the three things the brain needs for peak performance (together with glucose and oxygen).

Disorders like attention deficit hyperactivity disorder (ADHD) can cause substantial changes in brain growth and function. The frontostriatal pathways, which link the prefrontal cortex to the striatum and mediate motor, cognitive, and behavioral activities, can undergo alterations. Challenges with “top-down” management have been linked to these shifts. Relationships between the cerebellum and the parietal lobe are also likely to play a role. Alterations in sensory processing, sensorimotor gating, and sensorimotor control have been linked to these neurological abnormalities.

Through targeted neurological workouts and stimulation, functional neurology helps the entire nervous system function optimally. Brain “re-learning” occurs when damaged or dysfunctional regions are stimulated through exercise.

Boosting Neuroplasticity Through Functional Neurology

In the past, it was widely held that adults’ brains stopped developing. Neuroscientific advances have shown that the brain may continue to develop and learn throughout one’s whole lifetime, even after suffering damage from an accident or illness.

Neuroplasticity describes the brain’s adaptability in terms of both anatomy and function. New neural pathways can be formed in the brain in response to environmental inputs, even in older adults.

In most cases, environmental effects that alter genetic expression (epigenetics) are to blame for the difficulties associated with learning impairments and neurobehavioral disorders, making them amenable to treatment.

As a result, people with Functional Disconnection Syndrome can usually get better after receiving prompt and suitable therapies to address these issues. With the help of neuroplasticity, neurons (brain cells) can create new connections surrounding injured tissues, allowing for the restoration of function.

Patients with anxiety, sadness, sleeplessness, chronic pain, or ADHD, all of which stem from dysfunctional brain patterns, can take heart from these findings.

With regular rehabilitation, functional neurology for ADHD can cause fresh routines and habits that promote peace of mind and general well-being. When trained and practiced, these habits can lead to an entirely new way of living. One more perk is that plenty of folks can cut back on or even stop taking their meds eventually.