Functional Neurology Improves Neuroplasticity

Critical Role of Neuroplasticity

Neuroplasticity refers to the flexibility of the neural system to reorganize itself in light of novel experiences. It is vital to our health that we have an appreciation for the transformative potential of this method.

The ability of neurons (nerve cells) in the brain to change their activity in response to novel stimuli or changes in their surrounding environment is another aspect of the brain that is referred to as “neuroplasticity.” Therefore, neurons are able to compensate for any deficits that have been caused by a sickness or an injury.

Neurons reorganize both their structure and their function as a result of activation, as well as the inputs that are created by learning. Memory and behavior changes are built on top of brain changes that are caused by experience.

The process of plasticity is continuous; it takes place regardless of whether or not we are involved in strenuous physical activity or doing absolutely nothing at all. In addition, plasticity can have either beneficial (adaptive) or harmful (detrimental) impacts on its environment (maladaptive).

Interesting findings from the field of functional neurology can aid professionals in many fields through the study of neuroplasticity. This continuous rearrangement of brain connections has the potential to aid in rehabilitation following neurological illnesses like multiple sclerosis and Parkinson’s disease, as well as more common conditions like a stroke or traumatic brain injury. The practice itself of Functional Neurology improves Neuroplasticity, as we will discuss in this blog.

Functional Neurology improves Neuroplasticity

Modern conventional medicine has changed how diseases and injuries are identified and treated. Additionally, it is highly efficient in the vast majority of situations. It does not always give patients the remedies they need to improve their quality of life, especially when they suffer from illnesses that are poorly defined (such as unexplained chronic pain, fibromyalgia, or movement disorders).

The field of Functional Neurology examines the brain and nervous system in terms of their dynamic nature, their capacity for learning and adaptation, and their capacity for change. This is of great use in identifying and treating diseases with neurodegenerative components and other disorders that can’t be properly addressed by standard medical practice.

Patients are evaluated and given care based on the state of their nervous systems, including their ability to communicate and carry out daily tasks. The brain’s neural connections are said to be “plastic” when they change in response to an individual’s sensory, motor, cognitive, or affective experiences. The brain can be rewired by its surroundings. While this does not suggest the birth of brand-new neurons, it does demonstrate that the strength of preexisting ones can be enhanced. By adjusting its constituent parts, the human neurological system can be made more effective and efficient.

Functional Neurology is a subspecialty of neurology that focuses on improving patients’ quality of life by treating their underlying neurodegenerative disorders and rehabilitating their brains to make them healthier and more able to do their everyday tasks. To maintain healthy plasticity in the neural system, functional neurology advocates for regular exercise and a balanced diet. Fundamental to the study of functional neurology, this is a key concept. Successful treatment requires not only preventing damage to the nervous system but also stimulating it to promote its growth and healing. Even a dysfunctional neurological system may be fixed, and the benefits of doing so are often small but cumulative and long-lasting.

Functional Neurology in Practice

The consulting services offered by a functional neurologist are the same as those offered by a traditional neurologist. A functional neurologist is different because he or she does not rely on pharmaceuticals or surgical procedures in their practice. As a result, a functional neurologist, rather than a neurologist, is the normal choice for the treatment of specific illnesses.

A functional neurologist may use visual, auditory, olfactory, and/or kinaesthetically-based interventions to bring about the required changes. Alterations are made to the nervous system in an effort to re-establish a healthy equilibrium. Regular long-term evaluations of neurologic health and viability are undertaken as a result of the therapy’s potential side effects.

A functional neurologist will take a thorough history of the patient’s symptoms, conduct an extensive neurological examination, and assess the functioning of each individual nerve cell, as well as groups of nerve cells and the entire nervous system. We will provide you with in-depth explanations of your problem as well as ideas for the most effective ways to address it.

Functional neurology employs various strategies supported by evidence to increase and enhance human function. These include the study of neuroanatomy and its pathways in-depth, as well as the rehabilitation of the visual, vestibular, and proprioceptive systems.

Functional Neurology and the Benefits of Neuroplasticity

The idea of “neuroplasticity” is at the heart of functional neurology. Dysfunction in the neurological system can be caused by trauma to any part of the body, not only the brain. Improved nervous system function and even a rebirth of the system itself are possible outcomes of chiropractic care. Functional Neurology improves Neuroplasticity as well.

Current studies in the field of Neuroscience have disproven the old notion that by the time we reach adolescence, our brains are permanently fixed and unable to develop further. The brain does not stop adapting, learning, and developing beyond a particular age; rather, it remains plastic and malleable throughout life. That’s because of a phenomenon called neuroplasticity.

When it comes to the mechanisms through which the brain adapts its structure and function, individuals differ greatly from one another. Recent research suggests that the complexity of cortical plasticity is more than was previously thought.

Functional neurology provides insight into a wide variety of brain functions, from early childhood development to age-related decline. The practice of Chiropractic Neurology, also known as Functional Neurology, has been shown to be effective in treating patients with neurological diseases, and it is also of value to people who just want to better their health.

In the field of rehabilitative medicine, neuroplasticity has many potential applications, including:

  • Brain Injury Rehabilitation

With the help of functional plasticity, a person can reroute the brain’s activity associated with a certain function from an intact region to a damaged one. Individuals can improve function in an affected limb with therapies like constraint-induced movement therapy and functional electrical stimulation, which can be explained, at least in part, by neuroplasticity.

Scientists have found a connection between meditative practices and alterations in gray matter density or thickness. Mood disorders, including anxiety, despair, terror, and fury may be ameliorated by modifying the brain’s physical structure, a process called neuroplasticity.

  • Interventions for Reducing Pain

Those with chronic pain may continue to feel discomfort in once-injured but now-normal body parts. A maladaptive rewiring of the nervous system may underlie this chronic discomfort. By enhancing neuroplasticity, medical professionals may influence how the nervous system processes signals and how the brain interprets pain. Mirror therapy for phantom limb pain and mindfulness meditation for fibromyalgia are only two examples. The goal of pain management therapy is to reduce overactive pain signals in the nervous system, and neuroplasticity may help with this.

  • Inability to See or Hear

Many people who experience hearing loss often report an improvement in their eyesight or other senses, as this is related to the fact that the auditory cortex also plays a role in a variety of other cognitive processes. The same is true for people who are blind or visually impaired; their other senses may actually be heightened. Some people who are blind have learned to use human echolocation to go around and get a sense of their environment. Studies have shown that people who use click-echos as a navigational aid process the noises with their eyes rather than their ears.


Neuroplasticity is the ability of the brain to modify its structure in response to new and varied stimuli by reorganizing and repairing the nerve cells within it. This is the process by which we acquire new skills and behaviors.

From the developing brain of an infant to the brain of an elderly person, Functional Neurology is a fascinating new field of neuroscience. Chiropractic neurology, also known as functional neurology, is used clinically by patients with neurological disorders and healthy individuals alike.

Because of their shared focus on restoring function through nerve cell and nervous system regeneration, Neuroplasticity treatment and Functional Neurology are a good fit for one another.

Repetitive rehabilitation is used by functional neurologists in an effort to develop new neural pathways in the brain, which stimulates neuroplasticity and ultimately leads to restored function in previously injured areas of the body.

Functional Neurology improves Neuroplasticity by promoting the plasticity of the neural system through healthy stimulation and diet. The treatment’s purpose is not just to prevent further damage to the nervous system but also to give it the boost it needs to flourish. A damaged nervous system can be restored to working order, and the improvements are often both gradual and long-lasting.

The field of functional neurology is predicated on the idea of neuroplasticity. Disruption to the neurological system can be caused by trauma to any region of the body, not only the brain. Chiropractic adjustments can assist improve the function of your nervous system and even help revitalize it.