174 - The Importance of Treating the Vagus Nerve with FSM

Frequency Specific Microcurrent Podcast

Carolyn McMakin, MA, DC - contact-at-frequencyspecific.com Kim Pittis, LCSP, (PHYS), MT - info-at-fsmsports365.com

00:35 Patient Gratitude and Nerve Pain 01:27 Tennis Players and Shoulder Treatment 04:05 Importance of Posterior Chain in Sports 10:42 Youth and Neuroplastic Connections 16:57 Listening to Patients and Diagnostic Challenges 26:56 Knee Pain and Treatment Insights 30:50 Q&A Session 31:05 Understanding Insulin Resistance 31:52 Reducing Insulin Resistance: Protocols and Exercise 33:33 The Role of Culture and Habits in Obesity 34:43 Upcoming Events and Lectures 36:21 Case Reports and Research Insights 38:43 Addressing Specific Medical Questions 49:46 The Importance of the Vagus Nerve 54:53 Upcoming Courses and Final Thoughts

Introduction to Frequency Specific Microcurrent

FSM is a modality designed to aid medical practitioners in treating patients who present challenging conditions unresponsive to conventional care methods. This approach focuses on utilizing specific frequencies to influence bodily tissues and functions, thereby enhancing treatment outcomes.

Key Areas of Focus in FSM

1. Shoulder and Rotator Cuff Treatment: - The shoulder, being a complex structure, relies on proprioception and muscle balance for stability. - Treatment often involves focusing on co-contraction and stabilization, emphasizing the critical role of the posterior muscles. - Practitioners are encouraged to utilize slow, controlled movements to reinforce proprioceptive feedback and muscle memory.

2. Tendinopathy and Connective Tissue: - Tendinopathy is a common issue addressed in FSM therapy, particularly in cases involving athletes and individuals with repetitive strain injuries. - Treatments include addressing both superficial and deep tissue concerns, acknowledging that muscle tightness can contribute significantly to nerve irritation.

3. Insulin Resistance and Inflammation: - FSM targets inflammation and toxicity in adipose tissue, which can play a role in insulin resistance. - There is a strong emphasis on the integration of exercise and lifestyle changes alongside FSM treatment to reduce insulin resistance effectively.

4. Neuromuscular and Proprioceptive Training: - A foundational element of FSM therapy is retraining the neuromuscular system to achieve stability and strength. - Techniques involve engaging and strengthening deep tissue structures, particularly in sports-related treatments.

5. Cranial Nerve and Vestibular Disorders: - FSM provides protocols to potentially aid in recovery from cranial nerve palsies, focusing on targeted frequency applications. - Specific attention is given to understanding vestibular and cranial nerve pathways, exploring how viral infections or other non-traumatic factors may influence conditions.

6. Role of the Vagus Nerve: - The vagus nerve plays a crucial role in maintaining equilibrium within the body. - FSM treatments often start with stimulating the vagus nerve to provide a foundation for various other therapeutic interventions.

Practical Considerations

Healthcare practitioners engaging in FSM training are encouraged to apply these concepts in diverse clinical scenarios. The interplay between inflammation, nerve conductance, and muscle balance forms the basis of effective treatment planning. Moreover, integrating FSM with other therapeutic exercises and lifestyle modifications can enhance patient outcomes.