https://frequencyspecific.com/about Carolyn McMakin, MA, DC - contact @ frequencyspecific.com Kim Pittis, LCSP, (PHYS), MT - info @ fsmsports365.com

00:54 Travel Plans and Excitement 01:35 The Reach and Impact of FSM 02:43 Meeting Patients Where They Are 03:39 Case Study: Stroke Recovery 06:45 Case Study: Hypermobile Patient 09:48 Pelvic Floor and Connective Tissue 20:27 Breathing and Body Mechanics 23:40 The Importance of Asking Why 26:51 Stimulus and Response in FSM 30:13 Reactive Responses and Frequency Pairs 32:08 Understanding the VMO Muscle 33:34 Treating Sports Injuries with Frequency Specific Microcurrent 37:45 The Role of AI in Medical Treatment 40:34 Addressing Patient Questions and Success Stories 47:28 Managing Chronic Conditions with FSM 52:05 The Importance of Patient Empowerment

Understanding FSM and Its Application

FSM is utilized to introduce microcurrent therapy aimed at various medical conditions. It provides a non-invasive option primarily targeting chronic pain, connective tissue disorders, and conditions involving scarring and muscular injuries. The therapy is especially significant for patients who have experienced long-term pain or conditions that have not responded well to other treatment methods.

Pelvic Floor Conditions

The pelvic floor, a crucial group of muscles, plays a vital role in supporting pelvic organs. FSM can be effectively used to treat pelvic floor dysfunctions such as prolapse and muscular scarring. Practitioners emphasize recognizing the interconnected nature of muscles and connective tissues, including their attachments and their roles in supporting body structures like the peritoneum.

Connective Tissue Health

Connective tissue, including ligaments and fascia, can suffer from conditions like hypermobility, which impacts overall joint stability and function. FSM targets connective tissue repair (e.g., through frequencies like 124/77) and is known to help alleviate symptoms associated with connective tissue disorders and enhance joint stability. It is essential to treat these tissues to stabilize and support the body’s functional movements.

Case Studies and Practical Applications

FSM practitioners often use FSM to address complex patient cases, including stroke recovery and vascular injuries. A notable application is treating spasticity and repairing connective tissues post-cerebral injuries. The treatment protocol often includes addressing underlying scarring and inflammation through specific frequency pairs targeted at affected tissues.

The Importance of Comprehensive Diagnosis

Successful FSM treatment relies heavily on an accurate diagnosis and understanding of the body's interconnected systems. Practitioners stress assessing the whole body, including conducting physical examinations to identify underlying issues that may not be immediately apparent. Treating the root cause of pain or functional disorders often involves targeting both local and systemic issues.

Enhancing Muscle Function and Injury Recovery

For muscle-related issues, FSM improves muscle function by addressing underlying problems such as scar tissue and muscle inhibition. By focusing on connective tissue repair and functional muscle improvement, FSM can facilitate significant improvements in muscle and joint performance.

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

00:25 Case Study: Ehlers-Danlos Syndrome 04:44 Case Study: Cavernous Hemangioma 09:35 Case Study: Mysterious Weight Loss 10:25 Technical Difficulties and Patient Expectations 15:34 Running and Patient Care Analogies 21:39 Emotional Challenges in FSM Practice 31:13 Unexpected Osteoporosis Diagnosis 32:00 Gratitude for the FSM Community 34:16 Achilles Tendon Pain and Treatment 41:20 The Magic of Frequency 124 46:19 Exploring the Sarcomere and Connective Tissue 49:47 Fascia and Nerve Connections 54:48 Upcoming Events and Conferences

**Understanding and Addressing Hypermobility**

Hypermobility can often be an elusive factor, affecting conditions like anxiety and digestive difficulties. One approach is to start with physical assessments that reveal a patient's range of motion issues, such as hypermobility in the joints, which can be linked to underlying conditions like Ehlers-Danlos Syndrome. Treatment can focus on using FSM to manage symptoms by targeting body pain and anxiety through precise frequency combinations, considering the biochemical and physical aspects of the patient’s issues. 

**Managing Cavernous Hemangioma and Stroke Recovery**

When dealing with patients recovering from strokes, especially when there are complications from conditions such as cavernous hemangioma, FSM can assist in addressing nervous system injuries. By using experimental frequencies aimed at promoting neural recovery, practitioners can help reduce facial spasticity and overall body tightness. This approach emphasizes the importance of understanding brain anatomy and leveraging FSM to stimulate appropriate brain functions.

**The Mysterious Weight Loss Case**

Managing complex cases like unexplained weight loss after childbirth requires comprehensive analysis beyond standard fibro and spine pain diagnoses. Practitioners should consider underlying conditions such as osteoporosis and employ FSM not just for symptomatic relief but also for targeting potential anatomical issues causing the discomfort. The approach prioritizes a balanced nutritional plan to support recovery alongside FSM-based interventions.

**Building Practitioner-Patient Relationships**

A significant aspect of applying FSM successfully is the development of a strong practitioner-patient relationship. By explaining the interconnectedness of different bodily systems and setting realistic expectations, medical practitioners can provide valuable reassurance to their patients. It’s crucial to communicate the patient's role in their treatment progress and ensure they understand the reasoning behind each step in their care.

**Innovations in Pain Management**

For pain management, particularly in sports injuries or post-exercise recovery, FSM provides a way to explore non-invasive treatments that focus on reducing delayed onset muscle soreness (DOMS) and enhancing muscle healing. Practitioners can utilize FSM tailored to specific muscle structures and response patterns, encouraging athletes and active patients to incorporate this technology into their recovery routines.

frequencyspecific.com   fsmsports365.com Hosts: Carolyn McMakin, MA, DC Kim Pittis, LCSP, (PHYS), MT

00:00 Introduction to Symmetry and FSM 00:25 Welcome and Introduction of Hosts 01:01 Discussing Nerve Pain and FSM Effectiveness 03:56 Exploring Current Types and Their Effects 05:31 Case Study: Treating Ovarian Cysts and Nerve Pain 10:38 Understanding Shoulder Pain and Its Origins 26:22 Biomechanics and Athletic Injuries 30:55 Complex Patient Cases and Treatment Strategies 33:31 Adrenal Support and Diurnal Rhythm 34:16 Ayurvedic Medicine and Cortisol Management 35:05 Exercise-Induced Asthma and Cortisol 35:49 Adrenal Failure and Treatment Plan 36:47 Challenges in FSM Protocols 38:28 Patient Stories and Treatment Insights 39:16 FSM Treatment Techniques and Approaches 41:10 Understanding Pain and Trigger Points 42:20 FSM in Practice: Case Studies 51:51 Collaborative Learning in FSM 55:01 Concluding Remarks and Future Sessions

In the ever-evolving world of medical treatments, practitioners often find themselves grappling with complex issues like nerve pain that are unresponsive to conventional care. Frequency Specific Microcurrent (FSM) offers a breakthrough solution for these challenges, providing effective treatment options for conditions that were once deemed intractable. Below, we explore practical insights and techniques that medical practitioners can incorporate into their practice, drawn from experiences in using FSM to address nerve pain.

The Challenge of Identifying Treatment Effectiveness

When patients do not visibly feel the effects of FSM during treatment, it raises the question of how practitioners can ascertain if the therapy is working. Initial pain relief is an evident indicator; however, alternative markers such as improved range of motion or delayed onset of pain alleviation can also signal effectiveness. Practitioners should encourage patients to monitor their pain levels and range of motion post-treatment to evaluate its impact.

Managing Expectations and Exploring Options

Chronic nerve pain may not always yield immediate relief. Practitioners must advise patients that while the effects may not be instant, a progressive approach—evaluating changes over the course of hours or days—is essential. This ensures that patients understand FSM is one tool among many, aiding practitioners to pivot in treatment approaches as necessary to suit individual needs.

Current Type and Frequency Decisions

Not all FSM treatments are identical, with varying currents and frequencies applicable based on the patient profile. The choice between alternating and polarized positive currents can affect treatment outcomes, and starting with default protocols like alternating for non-athletes or polarized positive for athletes can be beneficial. Continuous assessment and adaptation of these settings based on patient response form an integral part of personalized FSM therapy.

The Complexity and Fluidity of Pain Diagnosis

Practitioners often encounter patients with multifaceted conditions where nerve pain is only one symptom. It’s crucial to distinguish whether pain originates from nerve damage or other structural or musculoskeletal issues. For instance, pain labeled as nerve-related might sometimes result from facet joint issues or disc problems. Thus, thorough evaluations and applying the specific currents and frequencies designed for these conditions are vital for accurate diagnosis and effective treatment.

Treatment Strategies for Recurrent and Complex Pain

Those practicing FSM should also recognize that symptoms can sometimes resurface, suggesting underlying issues were not fully resolved. This necessitates a proactive approach in evaluating and adjusting treatment plans based on ongoing patient feedback and reevaluation of initial diagnoses. 

Importance of Education and Continuous Learning

Treating nerve pain effectively with FSM involves understanding both the body’s physiology and the patient’s individual experience. Continuous learning and application of FSM protocols ensure practitioners keep abreast of best practices, thus providing patients with comprehensive care. 

By integrating these insights into practice, medical professionals can enhance treatment regimens involving Frequency Specific Microcurrent to manage nerve pain and related conditions, ultimately offering their patients improved quality of care and hopeful recovery outcomes.

frequencyspecific.com/about - show more Carolyn McMakin, MA, DC - contact @ frequencyspecific.com Kim Pittis, LCSP, (PHYS), MT

00:24 A Glimpse into Costa Rica Life 01:01 Treating Shoulder Pain with FSM 06:02 The Evolution of FSM Treatment Strategies 08:35 Understanding Shoulder Pain and Its Origins 17:36 The Importance of Patient Education and Daily Activities 23:31 The Role of Diet and Lifestyle in Pain Management 28:11 Understanding Patient Triggers and Recovery 28:26 Personal Stories and Achievements 29:50 Navigating Setbacks in Treatment 33:01 The Importance of Confidence in Patient Care 38:17 Collaborative Approaches in Medical Practice 42:41 Case Study: Carotid Artery Dissection 47:14 The Costa Rica Experience 56:09 Upcoming Events and Seminars

Shoulder pain is a common yet complex issue that many medical practitioners encounter. Understanding its origins and the strategic interventions available can significantly improve patient outcomes. Here, we delve into the approach to diagnosing and treating shoulder pain, based on an insightful discussion between two seasoned practitioners exploring the anatomy and pathology of shoulder complications.

Recognizing the Root Cause of Shoulder Pain

Shoulder pain often masks its true source. It might manifest as discomfort between the shoulder blades, often misleading practitioners to consider muscle strain as the primary cause. However, deeper exploration usually reveals that the disc is a more likely culprit. In cases where a patient describes pain akin to "a knife between the shoulder blades," the immediate focus should be on discs 4-5 and 5-6. A strategic approach targets the discs to alleviate the most severe pain, followed by nerve treatment, which is crucial in reducing persistent discomfort.

The Transition from Frequency to Strategy in Treatment

Treatment has evolved significantly over the past two decades. The transition from a frequency-based to a strategy-focused approach reflects a deeper understanding gained from years of practice and evolving patient outcomes. This involves assessing shoulder mechanics holistically and addressing sequelae like nerve irritation and muscle imbalance. In chronic and acute cases, the intervention sequence becomes critical: reducing nerve irritation, restoring proper mechanics, and ensuring the subscapularis and pec minor are addressed to prevent further injury.

The Role of the Environment and Lifestyle in Pain Management

Environmental and lifestyle factors contribute profoundly to shoulder health. Misalignment in everyday activities or prolonged stress due to poor posture can exacerbate shoulder pain and complicate recovery. It's vital for practitioners to investigate these daily life contributors—such as ergonomics during computer use or mundane activities like lifting objects. Encouraging patients to maintain activity logs can help identify subtle but impactful triggers; practitioners can then guide them to modify such activities to prevent flare-ups.

Comprehensive, Collaborative Care

Collaboration in care can't be overstated. For chronic conditions that stubbornly resist resolution, a comprehensive team approach can uncover the unseen nuances of the patient’s condition. It’s about combining FSM with other therapeutic modalities to address not only the mechanical but also the nutritional and emotional aspects affecting patients’ conditions. Practitioners are encouraged to embrace a collaborative model where knowledge and treatment strategies are shared and integrated across disciplines to optimize patient recovery and reduce recurrence.

Empowering Patients Through Education

Patient education is indispensable in managing shoulder pain. Practitioners should communicate clearly about how seemingly trivial actions can have cascading effects on their condition. Understanding that no magical cure exists but rather a pathway to gradual recovery helps demystify the process and empowers patients. Encouraging self-awareness and providing them with the tools to recognize early symptoms and lifestyle triggers are essential steps toward sustaining their wellness.

Building a Decades-Long Legacy

With this strategic and compassionate approach, FSM and related treatments promise an enduring legacy in modern medicine. Bridging the gap between frequency-specific therapies and comprehensive care strategies continues to expand, offering medical practitioners robust methods to enhance patient outcomes. By continuously updating their knowledge and collaborating across specialties, practitioners can ensure that they are not only solving but also learning from each new case they encounter.

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.

www.frequencyspecific.com/about Carolyn McMakin, MA, DC - contact @ frequencyspecific.com Kim Pittis, LCSP, (PHYS), MT - info @ fsmsports365.com

00:31 Kim Takes the Stage: Solo Session 01:31 Understanding Polarity in FSM 02:02 Book Review: The Body Electric 04:22 Book Review: The Biology of Belief 07:54 Exploring Historical Medical Texts 14:05 The Philosophy of Healing and FSM 17:54 Carol Joins the Conversation 32:43 Treating Blood Vessel Skin and Muscle Tightness 35:59 Understanding the Role of the Diaphragm and Breath 39:12 The Truth Serum Effect of FSM 40:43 Addressing Foam Roller Injuries 45:16 The Complexities of Fascia and Nervous System 49:28 Exploring Vitality in Treatment 51:56 Case Study: Edema and Bronzing 58:49 Historical Perspectives on Medical Practice

As medical professionals, we strive to provide innovative solutions for patients dealing with complex health issues. Frequency Specific Microcurrent (FSM) offers a groundbreaking approach in this regard. The following insights will delve into how FSM can transform everyday practice, addressing frequent medical concerns and enhancing patient outcomes.

Understanding and Leveraging Polarity

A common concern in FSM application is understanding polarity. Research indicates our brain, spine, and heart are primarily polarized positive. When applying FSM, it’s essential to position the positive leads closer to these areas. This strategic approach can aid in effectively targeting pain and promoting patient comfort during treatment.

The Role of Historical Knowledge

The journey of FSM is deeply rooted in historical medical practices. Leveraging insights from foundational texts, such as Dr. Codman's work on shoulder injuries, aids in understanding the terminology and frequencies used in FSM today. Historical perspectives on concepts like hemorrhaging and tissue vitality inform the application of FSM frequencies for contemporary medical concerns.

Addressing Emotional and Physical Pressure

In clinical practice, emotional states can significantly impact physical wellbeing. The FSM frequencies targeting emotional pain and pressure are proving valuable for conditions like athlete recovery and chronic stress. Considering the emotional context as part of the treatment plan is crucial for comprehensive patient care.

The Connection Between Breath and Nervous System

The interplay between breath regulation and nervous system optimization is substantial. Encouraging patients to engage in deep breathing exercises can enhance treatment outcomes, making breathwork an integral component of FSM therapy for nervous system disorders.

Exploring Ancient Medical Insights

Incorporating insights from old medical books can enrich our understanding of FSM. These resources help decode some of the frequency terminology used today, such as the phrase “abnormal cellular stroma,” illuminating how past medical observations align with modern applications.

Practical Application in Conditions Like Torticollis

For newborns experiencing torticollis, FSM provides a non-invasive approach to alleviate symptoms. By focusing on frequencies that address nerve relaxation and inflammation, significant improvements can be achieved in neonatal care.

Innovations in Treating Muscular Tension

FSM is adept at addressing muscular issues like tightness and spasms. Techniques that involve using the correct frequencies can alleviate muscular tension, providing immediate relief and rehabilitation for issues like adhesions or muscular pain.

Enhancing Clinical Outcomes with FSM Knowledge

The key to successful FSM application lies in combining historical knowledge, polarity principles, and emotional understanding with the current advancements. Integrating these elements within your practice can transform patient care, offering relief and healing even for those with conditions resistant to conventional treatments.

By adopting FSM in practice, medical professionals can deliver cutting-edge care that respects the complexity of human biology while tapping into both historical and modern medical knowledge. This integration ensures that patient care is not only innovative but also compassionate and effective.

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

00:24 Kim's Business Insight 02:42 Patient Case Study: Kidney Transplant and PTSD 05:41 Vestibular Injury Diagnosis and Treatment 09:34 Managing Chronic Conditions and Patient Care 15:07 Vestibular Symptoms and Treatment Protocols 20:36 Addressing Dizziness and Balance Issues 24:09 Core Training and Course Adjustments 26:14 Addressing Wegener's Granulomatosis 29:26 Class Materials and Preparation 30:46 Conference Presentation Highlights 35:19 Treating Jaw Pain and TMJ Issues 44:21 Scleroderma Paper and Teaching Insights 45:42 Managing Stagnant Blood Flow and Hypertension 51:28 Upcoming Courses and Practicum Weekends

Leveraging Energy in Medical Decisions

Every medical decision, much like a business choice, should either enhance or deplete your energy. Practitioners often find rejuvenation in exploring new techniques or revisiting familiar practices in a new light. Utilizing FSM, medical practitioners have noted a renewed sense of purpose, especially when faced with chaotic and stressful situations.

Clinical Observations and Case Studies

Understanding Vestibular Injuries

Vestibular injuries, often undiagnosed by conventional means, can profoundly impact patients' lives. A notable case highlighted the importance of a thorough history and vestibular screening for patients with anxiety and reading comprehension issues. Uncovering such connections can dramatically shift a patient's trajectory, improving their self-esteem and functional capabilities.

Practical Steps: - Utilize a tuning fork for auditory assessments. - Perform comprehensive examinations to identify vestibular injuries. - Consider peripheral issues, such as reading comprehension and head trauma, that might suggest vestibular involvement.

Integration into Treatment Protocols

FSM's strengths lie in its adaptability across various conditions and symptoms. Common issues such as dizziness and balance problems, often resulting from exposure to substances or injuries, can be mitigated by targeting specific frequencies. Adjusting these for midbrain and cerebellum support can aid in patient recovery.

Key Frequencies: - Use 40 and 44 Hz to relax neck muscles and alleviate anxiety. - Apply concussion protocols in combination with vestibular injury screens.

Managing Chronic Conditions

Some chronic conditions, like Raynaud's phenomenon and granulomatous diseases, may pose treatment challenges. FSM can aid by addressing both sympathetic and parasympathetic nervous system imbalances, targeting arterial function, and reducing inflammation.

Strategies for Practitioners: - For Raynaud's phenomenon, focus on enhancing arterial vitality while minimizing sympathetic stimulation. - Address the complexities of conditions like Wegener's granulomatosis by understanding the interplay between vascular inflammation and organ systems.

Enhancing Practitioner Skills

To optimize the benefits of FSM, practitioners are encouraged to deepen their understanding through continuous education. Hands-on workshops and patient practicums can significantly enhance skills, allowing medical professionals to implement advanced protocols confidently.

Integrating FSM into medical practice not only expands treatment possibilities but also transforms patient outcomes. By embracing new methodologies and maintaining a patient-centric approach, practitioners can offer hope and healing where traditional methods have fallen short. Stay informed, remain curious, and continue to explore the transformative power of frequency-specific microcurrent in patient care.

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

01:52 Patient Case Study: Chronic Pain and Nerve Treatment 08:20 Explaining FSM to Patients and Practitioners 09:51 Addressing Common Pain Complaints 13:01 Mechanics and Engineering of Pain 24:57 Knee Replacement and FSM Treatment 28:21 Hamstring Treatment Techniques 29:50 Patient Case Study: Tracy's Journey 33:03 Crime Scene Investigation Approach in Treatment 33:53 The Seven S's of Crime Scene Investigation 42:12 Case Study: Medically Induced Rigidity 53:07 Meditation and Frequency Specific Microcurrent

A Case Study Approach: Aligning Techniques with Patient Needs

Imagine a patient presenting with low back and neck pain lasting over 20 years, compounded by more recent symptoms such as a numb left thigh due to an injury from a decade ago. As practitioners, we're often tasked with unraveling a rich tapestry of patient history to identify the underlying causes of such chronic pain.

In this case, FSM can be applied following a multi-step approach:

1. Initial Assessment and History Gathering: Begin by engaging the patient in a thorough discussion of their history, including any incidents or accidents that may have led to their current condition. In our example, the patient's story revealed an auto accident and past falls, crucial in pinpointing the injury's origin.

2. Targeting Nerve Pain: When the patient mentions numbness, FSM provides a targeted approach by addressing the lateral femoral cutaneous nerve. Application of specific frequencies, such as 40 Hz for reducing inflammation, and 81 Hz for increasing secretion, can begin to alleviate symptoms that have persisted for years.

3. Sequential Treatment: Prioritize treating the most significant pain sources first. In complex cases like the one described, precedence was given to treating the low back before addressing the neck, which was expected to respond more quickly.

4. Patient Education and Exercises: Educate the patient on exercises that complement FSM treatments. Encouraging the adoption of proper posture and ergonomics can sustain improvements achieved through FSM, specifically by instructing on sitting positions that align and support the spine.

5. Continuous Evaluation and Adjustment: Encourage follow-up visits to track progress. Adjust treatments based on changes observed, ensuring the patient remains engaged in their care plan.

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Addressing Complex Injury and Pain Cases with a Holistic View

FSM is not isolated to a single treatment approach but integrates with the broader biological and anatomical understanding of each patient’s unique case. For instance, treating another patient’s inability to achieve full knee extension post-replacement could involve:

- Understanding Surgical Impact: Acknowledge the surgical trauma and resulting tightness in tendons due to the procedure.

- Applying FSM with Precision: Utilize frequencies that target scarring and torn connective tissues. Application should focus on areas identified as problematic, such as the hamstrings in this scenario.

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Implementing FSM with Confidence

Medical practitioners must prepare themselves to confidently implement FSM. This involves:

- Training and Education: Participate in FSM training programs to fully understand precise frequency applications and device manipulations tailored to patient-specific conditions.

- Collaborative Practice: Work closely with a team of healthcare professionals, sharing insights and results to improve overall patient outcomes.

- Patient Communication: Maintain clear, informed communication with patients about their condition, treatment rationale, and expected outcomes, fostering trust and active participation in their care.

By weaving FSM into clinical practice, practitioners can uncover new pathways to treat chronic pain effectively and positively impact patient recovery journeys. Remember, the key is integrating FSM with a patient-centered, comprehensive plan that acknowledges the intricacy of each individual’s condition.

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

00:32 Personal Stories and Reflections 02:32 First Impressions and Skepticism 05:26 Understanding the Thalamus and FSM 09:05 Case Studies and Practical Applications 16:18 The Role of Iodine in Treatment 27:32 Managing Arthritis with FSM 32:28 Rheumatoid Arthritis and Osteoporosis 33:10 Managing Osteoporosis: Vitamin D and Supplements 37:34 Patient Skepticism and Treatment Expectations 39:19 Functional Medicine and Vagus Nerve Treatment 42:20 Addressing Nervous Ticks and Work Stress 44:21 Sleep and Stress Management 47:01 Patient History and Trauma 50:43 Proton Pump Inhibitors and Calcium Absorption 55:41 Hepatitis C and Vitamin C Treatment

Managing Skepticism: Embrace and Educate

A healthy level of skepticism is a natural part of adopting new technologies. Patients and practitioners alike may begin their FSM journey with doubt. Embracing this skepticism is crucial, as it opens opportunities for education and evidence-based discussions. Encourage open dialogue with patients about their symptoms and FSM’s capabilities, and involve them actively in their treatment plans.

Understanding the Nervous System and Its Impact

Recognition of the nervous system's role in chronic conditions is vital. FSM practitioners must consider interactions between the nervous system, stress, trauma, and chronic pain. FSM can effectively calibrate the nervous system, reducing hypersensitivity by modulating the sympathetic and parasympathetic systems, which can be particularly beneficial for patients experiencing chronic pain or stress-related conditions.

Case Studies and Application: A Holistic Approach

When dealing with athletic injuries or chronic conditions like arthritis or osteoporosis, FSM practitioners should consider both the mechanical and biochemical contributors to the affliction. Practitioners are encouraged to take a holistic approach, assessing both the physical and emotional impact on the patient. In doing so, they can tailor FSM protocols to the specific needs of each individual, addressing both immediate symptoms and underlying causes.

For instance, in cases such as osteoarthritis, while FSM doesn’t regenerate lost tissue, it provides a management strategy to alleviate pain and improve quality of life. Similarly, FSM can effectively manage rheumatoid arthritis by focusing on inflammation, immune response, and associated vagus nerve activity.

FSM and the Thalamus: Exploring New Frontiers

The thalamus, a crucial part of the central nervous system, plays a key role in pain perception. FSM’s ability to influence thalamic activity highlights its potential in treating conditions like phantom limb pain and thalamic strokes. Practitioners should consider using FSM to explore unconventional brain areas, facilitating unexpected therapeutic outcomes.

Complex Case Management: Customized Protocols

Complex cases involving conditions like hepatitis C or idiopathic chronic pain require personalized FSM protocols. Practitioners are encouraged to develop custom programs based on individual patient histories, utilizing frequencies for virus management, liver function, and more. The results, while varying, can offer significant relief and management of symptoms.

Educating Patients: Building Trust and Engagement

Educating patients about FSM therapy’s scope and limits is essential for setting realistic expectations. Practitioners should focus on the collaborative nature of FSM treatments, encouraging patient involvement and feedback. This collaborative approach builds trust and fosters a productive therapeutic environment.

Conclusion: A Future of Innovation and Collaboration

Integrating FSM into medical practice requires an open mind, critical thinking, and a willingness to explore beyond conventional boundaries. As FSM continues to evolve, medical practitioners should maintain a commitment to innovation and patient-centered care, ensuring that the integration of FSM aligns with both clinical best practices and the specific needs of their patients. Through ongoing education and collaboration, FSM can become a vital tool in advancing patient care and outcomes.

Carolyn McMakin, MA, DC - [email protected]

00:59 Seminar Stories: A Week of Learning and Healing 02:32 Case Study: Herniated Disc and Muscle Recovery 10:08 Treating Ehlers-Danlos Syndrome 14:35 Exploring Charcot-Marie-Tooth Disease 22:46 Understanding Myasthenia Gravis 24:57 Breakthrough in Scleroderma Research 27:52 Encouraging vs. Harassing: A Gentle Approach 28:01 Diagnosing and Treating Ehlers-Danlos Syndrome 30:21 Understanding TMJ and Its Treatment 33:42 Benign Prostatic Hypertrophy and Root Canals 35:34 Pudendal Neuralgia and Pelvic Floor Issues 41:42 Detoxifying from Airborne Toxins 46:11 Root Canals: Risks and Solutions 50:33 Upcoming Events and Reflections

Herniated Discs: A Path to Healing

A herniated disc can be a painful and debilitating condition. One case involved a patient with a herniated disc impacting the S1 nerve root. The patient experienced muscle weakness and numbness in the foot. Through FSM, we used a frequency combination tailored specifically for this condition, which led to remarkable recovery. The treatment helped the muscles regain strength and improved the patient's foot sensation. This case highlights FSM's potential in restoring nerve functionality and relieving symptoms of herniated discs.

Ehlers-Danlos Syndrome: Managing the Challenges

Ehlers-Danlos Syndrome (EDS) presents unique challenges due to its impact on connective tissues. Patients often suffer from joint pain and hypermobility. Through FSM, we address these challenges by focusing on balancing the autonomic nervous system and improving connective tissue function. For instance, a patient with EDS experienced significant relief by treating both nerve dysfunction and connective tissue issues. This holistic approach can substantially enhance quality of life for those with EDS.

Genital Neuralgia: Finding Relief

Genital neuralgia, often misunderstood and misdiagnosed, can be extremely distressing. FSM can offer relief by targeting the nerve roots and reducing inflammation. In a case involving pudendal neuralgia, the patient benefited from specific frequencies that eased nerve pain and muscle tension. Proper diagnosis and a targeted FSM approach can help alleviate symptoms and improve daily functioning.

Addressing Autoimmune Conditions

FSM also shows promise in treating autoimmune conditions like scleroderma and myasthenia gravis. By modulating the immune response and reducing inflammation, FSM can help manage these complex disorders. Understanding the triggers and underlying causes of autoimmune dysfunction is crucial in tailoring effective treatment strategies.

The Importance of a Tailored Approach

One of the key takeaways in applying FSM is the importance of a personalized treatment plan. Each condition and patient requires a unique combination of frequencies and a thorough understanding of their specific challenges. The ability to adapt and modify treatment protocols is what makes FSM a valuable tool in integrative medicine.

Continuous Learning and Innovation

FSM training is vital for practitioners eager to expand their treatment options. As our understanding of frequency-specific applications grows, so does the potential to provide relief for patients with challenging conditions. Staying informed and embracing new techniques is crucial for practitioners dedicated to offering holistic care solutions.