Neuropuncture Explored: Exclusive Workshops in New Zealand

Unlocking Wellness: Neuropuncture Solutions for

Long Covid,

Functional 

Neurological 

Disorder 

& 

Parkinson's

Dive into the groundbreaking world of Neuropuncture with our workshops in Auckland and Wellington. These workshops are designed for healthcare professionals who are eager to elevate their practice and these sessions promise to profoundly impact patient care through cutting-edge Neuropuncture techniques.

We'll be learning about Long Covid, Functional Neurological Disorder, and Parkinson's. Gain invaluable insights into Neuropuncture Vagus Nerve Stimulation and learn to navigate the complexities of Hypothalamic Pituitary Adrenal Axis dysregulation and dopaminergic network degeneration.

Our comprehensive workshop covers essential Neuropuncture prescriptions for conditions like Chronic Fatigue Syndromes, Dysautonomia, Postural Orthostatic Tachycardia, Parkinson's, Restless Leg Syndrome, Dysbiosis and Constipation, alongside Functional Neurological Assessment strategies. This workshop will provide hands-on learning experiences to enhance your therapeutic toolkit and will help you become part of a community leading the charge in innovative patient care. Your path to becoming a Neuropuncture expert starts here.

Register Now:

Auckland: May 25^th/26^th New Zealand College of Chinese Medicine, 321 Great South Road, Greenlane,

https://neuropuncture.com/workshops/2-day-neuropuncture-hands-on-workshop-internal-medicine-auckland-nz/

Wellington: June 22^nd/23^rd Newtown Acupuncture Centre, 82 Riddiford Street, Newtown, Wellington 6021.

https://neuropuncture.com/workshops/2-day-neuropuncture-workshop-internal-medicine-wellington-nz/

Let's take a quick dive into each topic and see what we are going to be learning about over the New Zealand Tour. 

Long Covid:

In the wake of the global pandemic, Long COVID has emerged as a formidable challenge, affecting at least 10 to 14% of individuals recovering from SARS-CoV-2. Characterized by over 200 symptoms and impacting multiple organ systems, this condition has already touched the lives of an estimated 65 million people worldwide, with numbers growing each day. The biomedical community has made significant strides in understanding the pathophysiological shifts, risk factors, and clinical presentations of Long COVID, drawing parallels with other post-viral syndromes such as myalgic encephalomyelitis/chronic fatigue syndrome and postural orthostatic tachycardia syndrome. 

Long COVID has emerged as a perplexing challenge for the medical community. Characterized by a constellation of lingering symptoms long after the acute phase of the infection has passed, long COVID has baffled scientists and healthcare professionals alike. The quest to unravel the mysteries of long COVID pathogenesis has led to the exploration of various hypothesized mechanisms, each shedding light on the biological processes that may contribute to this condition.

Among the leading theories, immune dysregulation stands out as a critical factor, suggesting that the immune system's response to the virus may become aberrant, leading to prolonged symptoms. Similarly, disruptions in the microbiota, the complex community of microorganisms living in our bodies, have been implicated in the persistence of long COVID symptoms, highlighting the importance of gut health in overall well-being.

Autoimmunity, where the body's immune system mistakenly attacks its own tissues, along with clotting and endothelial abnormalities, further complicate the picture, suggesting a multifaceted approach to understanding and treating long COVID is necessary. Dysfunctional neurological signaling and the senescence of dopamine neurons point to the profound impact of the virus on the nervous system, offering a potential explanation for the neurological symptoms experienced by many long COVID patients. Secondary complications, such as the re-emergence of latent viruses like Epstein-Barr and human herpesvirus, add another layer of complexity, suggesting that long COVID may not only be a direct consequence of the SARS-CoV-2 virus but also a trigger for other dormant conditions to resurface. Moreover, the connection between COVID-19 infection and the potential for triggering functional neurological disorders underscores the virus's far-reaching effects on neurological health.

The emergence of long COVID as a persistent aftermath of the SARS-CoV-2 virus infection has presented a unique set of diagnostic challenges. As healthcare professionals and researchers grapple with understanding this condition, the development and refinement of diagnostic criteria for long COVID have become paramount. While traditional diagnostic tools have been adept at identifying specific components of long COVID, the broader spectrum of this condition demands a more nuanced approach.

For conditions such as Postural Orthostatic Tachycardia Syndrome (POTS), tilt table tests have proven to be a valuable diagnostic tool, offering clear insights into the autonomic nervous system's functioning. Similarly, MRI scans have been instrumental in detecting cardiovascular impairments, providing a window into the circulatory system and its potential involvement in long COVID.

However, the quest to fully understand and diagnose long COVID has led to the exploration of innovative diagnostic tools, many of which are still in development. These include advanced imaging techniques to detect micro clots, a condition that could underlie some of the thrombotic complications associated with long COVID. Corneal microscopy emerges as a promising method for identifying small fiber neuropathy, shedding light on the neurological aspects of the condition. Furthermore, electrocardiograms (ECGs) serve as a beacon for detecting cardiac injury, while the use of hyperpolarized MRI technology offers a groundbreaking approach to assessing pulmonary gas exchange abnormalities, a critical factor in understanding the respiratory implications of long COVID.

Despite these advancements, a significant challenge remains: many patients with long COVID often present with normal results on standard care tests. This paradox underscores the complexity of the condition and the need for a more comprehensive diagnostic framework that can capture the multifaceted nature of long COVID.

In an intriguing twist, the natural world may offer a novel diagnostic avenue. Studies have shown that dogs, with their highly sensitive olfactory capabilities, can identify individuals with long COVID based on sweat samples. This fascinating discovery opens up potential for non-invasive, rapid screening methods, highlighting the innovative approaches being explored in the fight against long COVID.

As we continue to navigate the challenges posed by long COVID, it becomes increasingly clear that a holistic, multidisciplinary approach to research and treatment is essential. Understanding the myriad factors contributing to long COVID pathogenesis is the first step in developing effective interventions to alleviate the suffering of those affected. The medical community remains committed to unraveling the mysteries of long COVID, armed with the knowledge that each discovery brings us closer to restoring health and hope to millions worldwide.

In the evolving narrative of long COVID, the spotlight has increasingly turned towards its profound neurological and cognitive ramifications. As we learn more about this perplexing condition, it becomes evident that the virus leaves a lasting imprint not just on the body, but also on the brain, weaving a complex tapestry of symptoms that challenge our understanding of post-viral syndromes.

At the heart of this neurological conundrum are sensorimotor symptoms, where patients find themselves grappling with altered sensations and motor functions, a stark reminder of the virus's ability to disrupt neural pathways. Memory loss and cognitive impairment further compound the plight of those affected, painting a picture of a brain struggling to regain its former clarity and efficiency. The once simple act of recalling a name or navigating a familiar route becomes a Herculean task, underscoring the profound impact of long COVID on cognitive functions.

Pain and paraesthesia emerge as constant companions for many, with mysterious aches and tingling sensations serving as unwelcome reminders of the body's ongoing battle with the aftermath of the infection. Dizziness and balance issues add another layer of complexity, turning the world into an unsteady, unpredictable place, while sensitivity to light and noise heightens the sense of being perpetually overwhelmed by one's surroundings.

The loss of, or phantom, smell or taste plunges individuals into a world where food loses its joy, and familiar scents become distant memories or bizarre distortions. This sensory disconnection serves as a poignant symbol of the virus's capacity to sever the most fundamental connections between the brain and the external world.

Autonomic dysfunction and audio-vestibular manifestations, including tinnitus, hearing loss, and vertigo, further illustrate the wide-reaching effects of long COVID on the nervous system. These symptoms not only impair daily quality of life but also serve as a constant challenge to those seeking to navigate a world that seems to have shifted on its axis. 

As we continue to explore the neurological and cognitive landscape of long COVID, it becomes clear that this condition represents a unique intersection of virology, neurology, and psychology. The journey to understand and mitigate these effects is not just a scientific endeavor but a deeply human one, driven by the stories of those whose lives have been irrevocably changed.

In the human body's internal systems, dysautonomia plays a role that is both complex and profoundly impactful. Particularly, Postural Orthostatic Tachycardia Syndrome (POTS), a condition often intertwined with Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS), highlights the delicate balance of our autonomic nervous system. Interestingly, both conditions frequently trace their origins back to a viral onset, suggesting a link between infectious agents and the subsequent dysregulation of bodily functions.

For those navigating the challenges of POTS, the experience can be akin to living on a perpetually tilting platform. Orthostasis-related symptoms such as light-headedness or dizziness, palpitations, and pre-syncope paint a picture of a body struggling to maintain equilibrium. The sensation of weakness or heaviness, particularly in the legs, alongside tremulousness, shortness of breath, and chest pain, further underscores the profound impact of this condition on daily life. These symptoms not only disrupt the physical state but also cast long shadows over emotional and mental well-being.

As we discover more about the complexities of dysautonomia and its companions, the quest for effective interventions becomes paramount. It is here, at the crossroads of challenge and innovation, that Neuropuncture emerges as a beacon of hope. This cutting-edge approach, which harnesses the power of vagus nerve stimulation, offers a promising avenue for addressing the multifaceted symptoms of dysautonomia and POTS.

Vagus Nerve Stimulation

The vagus nerve, a key component of the parasympathetic nervous system, plays a pivotal role in regulating heart rate, digestive functions, immune regulation and even mood. By targeting this nerve, Neuropuncture aims to restore balance to the immune and autonomic nervous systems, offering relief from the dizzying array of symptoms associated with long covid and dysautonomia. This non-invasive technique, grounded in the principles of neuroscience and acupuncture, represents a convergence of ancient wisdom and modern science, providing a holistic approach to healing.

As we stand on the threshold of this exciting frontier, the potential of Neuropuncture to transform the lives of those affected by Long Covid, dysautonomia and POTS is both immense and inspiring. Through the targeted stimulation of the vagus nerve, this innovative therapy holds the promise of rekindling the body's innate capacity for balance and harmony. In the journey towards understanding and mitigating the effects of these complex conditions, Neuropuncture stands as a testament to the power of integrative medicine and the endless possibilities that emerge when we dare to explore the uncharted territories of the human body and mind.

In the complex landscape of modern medicine, Functional Neurological Disorders (FND) present a unique challenge. Characterized by symptoms that appear abruptly in approximately 50% of cases, often triggered by stressful sensory experiences such as injuries, panic attacks, migraines, or viral infections, FND embody a critical area of neurological study. Given the widespread impact of the COVID-19 pandemic, it's not surprising that a link between the virus and the emergence of FND symptoms has been observed. This connection underscores the importance of accurate diagnosis and timely, effective treatment.

Exploring the Neurological Aftermath: Functional Neurological Disorder in the Wake of COVID-19

The emergence of the COVID-19 pandemic has unveiled a new frontier of challenges and discoveries. Among these is the intriguing and complex relationship between COVID-19 infection and the subsequent development of functional neurological disorder (FND). This connection, rooted in the interplay between infectious disease and neurological health, offers a compelling narrative that demands our attention and understanding.

Functional Neurological Disorder (FND) represents a category of neurological conditions where patients exhibit neurological symptoms without a traditional structural or biochemical cause. Symptoms can range widely, from movement disorders and speech difficulties to sensory abnormalities and cognitive disruptions. FND challenges our understanding of the brain's function and highlights the brain's incredible complexity and adaptability.

COVID-19 and FND: Unraveling the Connection

The global sweep of COVID-19 has acted as a catalyst for a surge in FND cases. Given the virus's propensity to affect the nervous system—either directly through infection or indirectly through immune-mediated processes—it is perhaps unsurprising that we are witnessing an uptick in FND diagnoses following COVID-19 infection. This phenomenon underscores the virus's capacity to trigger profound neurological disruptions, manifesting as FND in a significant number of cases.

The Diagnostic Dilemma: FND vs. Long COVID

As the medical community grapples with the aftermath of COVID-19, a diagnostic dilemma has emerged: distinguishing between FND and the constellation of symptoms known as long COVID. Both conditions share overlapping features, such as fatigue, cognitive fog, and sensory disturbances, making differentiation challenging. However, the stakes of this diagnostic challenge are high; mislabeling FND as long COVID can lead to delays in appropriate treatment, potentially derailing patients' recovery trajectories and impacting their prognosis.

The Path Forward: Recognition, Research, and Rehabilitation

The intersection of COVID-19 and FND presents an urgent call to action for the neuroscience community. First and foremost, increased awareness and recognition of FND as a potential sequela of COVID-19 infection are crucial. Healthcare professionals must be equipped with the knowledge and tools to accurately diagnose FND, distinguishing it from long COVID and other post-infectious syndromes.

Concurrently, there is a pressing need for research to unravel the mechanisms underlying the link between COVID-19 and FND. Understanding the biological, psychological, and social factors that contribute to the development of FND in the context of COVID-19 will be pivotal in devising effective interventions.

Finally, the path forward must include a comprehensive approach to rehabilitation, tailored to the unique needs of individuals with FND post-COVID-19. Multidisciplinary teams, encompassing neurologists, psychiatrists, physical therapists, and other specialists, will be essential in delivering holistic care that addresses the full spectrum of FND symptoms.

In conclusion, FNDs, while complex, are recognised within the medical community as treatable conditions. The emergence of FND in the wake of COVID-19 infection represents a critical area of focus within the medical community. By fostering a deeper understanding of this connection, advancing research, and refining our approaches to diagnosis and treatment, we can mitigate the impact of FND on those affected and navigate the complexities of the brain's response to this unprecedented global health challenge.

Celebrating Three Years of Pioneering Neuroscience Research at the GDC Neuropuncture Research Foundation

Three years ago, a visionary initiative was born with the establishment of the GDC Neuropuncture Research Foundation. This foundation embarked on an ambitious mission to delve into the depths of neuroscience, aiming to quantitatively measure and understand the profound impacts of Neuropuncture electroacupuncture prescriptions on the human nervous system. It represents a bridge between ancient healing practices and modern scientific inquiry, seeking to unravel the mysteries of how targeted electroacupuncture can influence neurological health and disease.

A Commitment to Advancement Through Research

At the heart of the GDC Neuropuncture Research Foundation lies a commitment to advancing the field of neuroscience through rigorous research. A portion of all proceeds from Neuropuncture treatments are dedicated to fuelling this research, embodying a model where healing practices directly contribute to the generation of new knowledge. This innovative approach ensures a continuous cycle of learning, application, and improvement, driving forward our understanding of electroacupuncture's role in neurological health.

 The Groundbreaking Parkinson's Disease Prescription Project

The foundation's inaugural research project took on the challenge of exploring Neuropuncture's prescription for Parkinson's Disease. This groundbreaking study was first introduced to the global acupuncture community, marking a significant milestone in the exploration of alternative therapies for neurological conditions. Spearheaded by the insightful webinars and publications released by Dr Michael Corradino, this project represents a bold step into uncharted territories, seeking to uncover how Neuropuncture can offer hope and improved quality of life to those affected by Parkinson's Disease.

Parkinson's Disease: A Glimpse into the Neurodegenerative Maze

Parkinson's Disease is a progressive neurodegenerative disorder that primarily affects the dopaminergic system within the brain. At its core, PD is characterized by the impairment and depletion of dopamine in the basal ganglia-substantia nigra pathway. This results in a significant reduction in dopamine production, release, and local uptake. As dopamine-producing neurons in the substantia nigra undergo degeneration, they cease to produce this crucial neurotransmitter, leading to a cascade of neurodegenerative effects.

This impairment of the basal ganglia manifests clinically as a range of symptoms that significantly impact motor movement, cognitive functions, autonomic regulation, and even neuropsychiatric health. The hallmark features of Parkinson's Disease include:

- Tremors: These can be resting or intentional, adding to the complexity of the condition.
- Rigidity: A stiffness in the muscles that can limit movement and cause discomfort.
- Bradykinesia: Characterized by slowness of movement, this symptom significantly affects the quality of life.
- Postural Instability: Challenges with balance and coordination are common, increasing the risk of falls.

Additional symptoms further complicate the clinical picture, including hypomimia (reduced facial expression), dysphagia (difficulty swallowing), blurred vision, a distinctive shuffling gait, freezing episodes, and anosmia (loss of smell).

Exploring the Potential of Neuropuncture Electroacupuncture in Parkinson’s Disease Treatment: 

Parkinson's Disease (PD) stands as one of the most prevalent neurodegenerative disorders, affecting millions worldwide. While conventional treatments offer symptomatic relief, there exists a compelling need for innovative therapeutic approaches that address the underlying mechanisms of the disease. In this quest, Neuropuncture electroacupuncture emerges as a promising avenue, harnessing the ancient wisdom of acupuncture alongside modern electrical stimulation techniques. Our research embarks on a journey to assess the efficacy of Neuropuncture in PD management, aiming to unveil its neurological impacts and potential to revolutionize treatment paradigms.

Objectives:

1. Unraveling Neurological Improvement: Our primary objective is to meticulously document and unveil any discernible neurological enhancements in PD patients subsequent to Neuropuncture treatment. By employing standardized neurological assessment tools and closely monitoring patients' progress, we aim to shed light on the therapeutic efficacy of this innovative intervention.

2. Unveiling DaTscan Dynamics: Leveraging cutting-edge technology, we seek to evaluate the intricate changes within the brains of PD patients post-Neuropuncture therapy. Through quantitative analysis of DaTscan imaging data, we endeavor to discern any deviations from pre-therapy abnormalities, thus elucidating the potential neuroregenerative effects of Neuropuncture.

Justification:

1. Delving into Neuroregeneration: At the heart of our research lies a curiosity about the mechanisms underlying PD pathogenesis and potential avenues for neuroregeneration. By investigating the ability of Neuropuncture electrical stimulation to revitalize dopamine-secreting neurons within the striata of the basal ganglia, we aspire to contribute novel insights to the realm of neurodegenerative disease management.

2. Holistic Assessment: Recognizing the multifaceted nature of PD, our research adopts a comprehensive approach towards evaluating treatment outcomes. In addition to clinical performance metrics, we use DaTscan imaging findings and saliva neurotransmitter levels, with a particular focus on dopamine. By triangulating these diverse data points, we aim to construct a nuanced understanding of the therapeutic potential of Neuropuncture, potentially paving the way for personalized treatment strategies tailored to individual patient needs.

Unveiling the Power of Neuropuncture in Parkinson’s Treatment:

Unlocking the Neurochemical Cascade:
Tyrosine hydroxylase holds a central position in the neurochemical cascade governing dopamine synthesis. By catalyzing the conversion of L-tyrosine to L-dopa the precursor of dopamine this enzyme serves as a linchpin in the intricate machinery of neurotransmitter production. In PD, where dopamine depletion wreaks havoc on neurological function, enhancing tyrosine hydroxylase activity emerges as a promising therapeutic strategy. Neuropuncture, through its precise electrical stimulation techniques, aims to unlock this neurochemical cascade, fostering the replenishment of dopamine stores and mitigating the motor and cognitive symptoms associated with PD.

Navigating the Neural Pathways:
Central to Neuropuncture's targeted approach is its stimulation of Prokr2 expressing neurons a subset of specialised cells endowed with the remarkable ability to modulate inflammatory responses within the brain. In the context of PD, where neuroinflammation exacerbates neuronal degeneration, the activation of these neurons assumes paramount importance. By harnessing the anti-inflammatory effects mediated by Prokr2 expressing neurons, Neuropuncture offers a dual pronged approach to PD management, simultaneously addressing both the neuro-chemical imbalances and the inflammatory milieu characteristic of the disease.

Looking Ahead: The Future of Neuropuncture Research

We invite the global community of scientists, healthcare professionals, and anyone interested in the convergence of traditional healing and modern neuroscience to join us in supporting the GDC Neuropuncture Research Foundation. Together, we can continue to uncover the therapeutic potentials of Neuropuncture, paving the way for new treatments that harness the power of the body's own healing capabilities.

Conclusion

Navigating the complexities of long COVID, Functional Neurological Disorder, and Parkinson's demands a comprehensive approach that goes beyond conventional medical treatments. It's about integrating holistic healing practices to truly address these conditions at their core. This understanding is crucial for acupuncturists who are committed to enhancing their practice and offering more profound healing experiences to their clients.

This is where our Neuropuncture New Zealand Tour comes into play. We invite you, as practitioners dedicated to the art and science of acupuncture, to join us in exploring cutting-edge strategies and treatments that can revolutionize the way we support individuals facing these health challenges.

Don't miss this unique opportunity to expand your knowledge, connect with fellow experts, and empower your practice with innovative techniques that can make a real difference in your clients' lives. Secure your spot now and be part of this transformative journey towards advanced holistic wellness. Join us at our Neuropuncture workshops and unlock the potential to truly transform lives.

Register here: neuropuncture.com/acupuncture-professionals/workshops/new-zealand/

Pete Larking 

• Medical director of Neuromedtec
• Neuropuncture Instructor