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The WHY Behind Applied Neurology Education and Training Goals
If the science of applied neurology has been behind closed doors for years, why do we need to learn it?
Ask yourself these few questions:
* Do you still have lingering pain that has yet to be solved by the current biomechanical health model?
* Do your clients always return to your sessions exhibiting the same posture and pain problems?
* Are your clients frustrated at their lack of success?
* Are you frustrated with all the certifications for new health products that are flooding the market, but offer no real solution?
If you are like me you have run the game of certifications and have self-studied more than any doctor and still get frustrated more than you are successful.
❌Are you tired of feeling frustrated with your clients?
👉Are you looking for a way to take your learning to the next level and see immediate results?
❌Do you feel like you've hit a wall with your current education and want fresh ideas to get better outcomes?
If you were like many fitpro’s we talk to, you said YES to most.
The role of coaches and trainers in promoting health has never been more critical. As we continue to face the challenges of disease, chronic pain, and obesity, the need for highly educated health professionals is at an all-time high.
Did you know that there is a level of education that is available to you now, as a coach, that has never been available outside of medical school?
We believe with this level of education, trainers, and coaches should be recognized as highly skilled professionals, and we advocate for elevating their status.
Research shows that coaches and trainers who have completed advanced education and training programs are better equipped to provide effective guidance and support to clients. In turn, clients are more likely to achieve their health and wellness goals.
In the past, and the majority of the industry, education is lacking, and the income reflects that.
This not only perpetuates a lack of respect for the profession but also limits the potential for individuals to receive high-quality guidance. There’s never been a better time to be a coach or trainer than today. The science, medicine, and tech are available to you as a coach.
You’ve got more opportunities and tools to be the best and most qualified professional your clients see weekly.
Our brains are the command centers for every experience and action in our lives. Whether we are feeling the texture of a soft blanket or executing a complex athletic move, our brain's activity underlies it all. This intricate process starts with the reception of tactile sensations and other sensory inputs, but it extends far beyond that. Understanding this process is fundamental to appreciating the importance of applied neurology.
Here is what we are going to cover regarding the WHY behind Applied Neurology Education and Training.
i. Primary Goals Of Applied Neurology
ii. Understanding and Managing Threat Responses
iii. Personalized Approach to Neurological Training
iv. Applications in Pain Management and Performance Enhancement
Education and Training Goals of Applied Neurology
Applied neurology training aims to achieve several key objectives that are essential for optimizing brain function and improving overall health and performance. These goals are centered around a deep understanding of how the brain works and the application of targeted interventions to address specific neurological issues.
Here are the primary goals of applied neurology training:
1. Understand Fundamentals of Brain Function:
Knowing how the brain works is the first step towards making meaningful changes. This involves understanding the brain's structure, how it processes sensory information, and its role in regulating movement, emotions, and behaviors.
By gaining a foundational knowledge of brain function, we can better appreciate how different neurological systems contribute to overall health and performance.
2. Survey Different Brain Systems:
Identifying which brain systems are underperforming allows for targeted intervention.
This involves assessing the visual, vestibular, and proprioceptive systems to determine their current state and functionality. By pinpointing areas that need improvement, applied neurology can focus on specific exercises and interventions that target these underperforming systems.
3. Engage in Neurological Training:
Through specific exercises, we can improve the function of these systems, leading to decreased pain and increased performance.
Neurological training involves a variety of neuro-targeted exercises designed to recalibrate the brain’s responses to sensory inputs. This can help reduce unnecessary stress responses, enhance motor control, and improve emotional regulation.
Applied neurology emphasizes the importance of continuous assessment and reassessment to ensure that the chosen interventions are effective.
This process allows for real-time adjustments to the training program, ensuring that it remains tailored to the individual's unique neurological needs.
Understanding and Managing Threat Responses
A critical aspect of applied neurology is understanding how the brain's threat detection system influences our responses and behaviors.
The brain constantly assesses sensory inputs to determine if a situation is safe or threatening. When it perceives a threat, it triggers protective responses such as pain, muscle tension, or emotional distress.
These responses are designed to protect us but can sometimes become maladaptive if the brain's threat perception is overly sensitive.
By engaging in applied neurology education and training, individuals can help their brain form more accurate predictions, thereby reducing unnecessary protective responses. This involves exercises that target the brain's ability to integrate and interpret sensory information more accurately.
As a result, the brain can make better-informed predictions, leading to more appropriate responses and improved overall function.
Personalized Approach to Neurological Training
Each individual’s brain is unique, with its own experiences and patterns of interpreting sensory information. Applied neurology training takes a personalized approach, tailoring interventions to address these individual differences effectively.
The assess-reassess process in applied neurology allows for continuous monitoring and adjustment of exercises to ensure they are meeting the individual's specific needs.
Applications in Pain Management and Performance Enhancement
Applied neurology has significant implications for both pain management and performance enhancement. In pain management, traditional strategies often focus on alleviating the pain itself.
However, applied neurology seeks to address the brain's interpretation of sensory inputs that contribute to the perception of pain. By retraining the brain to process these inputs more accurately, we can reduce the perceived threat and, consequently, the experience of pain.
For athletes and individuals seeking to improve performance, neuro-targeted exercises can optimize the brain's processing of sensory inputs related to movement and coordination. This can lead to more efficient and precise movements, improved reaction times, and better overall performance.
Applied neurology education and training is a powerful approach to improving brain function and overall health. By understanding the fundamentals of brain function, identifying underperforming systems, and engaging in targeted neurological training, individuals can achieve significant improvements in their daily lives.
Whether it's managing pain, enhancing athletic performance, or improving emotional regulation, applied neurology offers a unique and effective way to optimize human potential
More articles to enhance your education:
Why CO2 Exhalation Training is Superior To O2 Inhalation Training
CO2 Breath Training: A Neuro Perspective
How Neuro Affects Emotional Regulation
Optimizing Recovery: The Role of Neuro
The Top 6 Posture Clues Linked to Your Brain
How Do I Know Which Area of the Brain to Train?
Integrating Neuro into Your Practice
