Frequency Specific Microcurrent Podcast

00:00 Why Denervation Can Cause Spasticity (Key Neurology Principle) 01:09 Podcast Intro + Quick Housekeeping (Dogs, Door, and Vigilance) 02:30 The "Impossible" Case: Meige Syndrome Explained 03:42 Vagus Nerve Clues & First-Day FSM Results 07:05 Building the Brain Protocol: Pons Neurotransmitters + Botox Context 08:43 Day Two Strategy: Quiet Basal Ganglia & Cerebellum, Support the Pons 11:59 How She Decides What to Change Mid-Treatment (Intuition + Feedback) 12:44 Substrate Matters: GABA/5-HTP Support When Forcing Secretions 18:18 Emotional Frequencies + Speech Pathways (Why Words Triggered Eye Closure) 23:47 Looking It Up Is the Skill: First Principles, Collaboration, and Finding FSM 28:24 CustomCare as Ongoing Management + "FSM First Aid" Protocols 32:11 Root Cause Timeline: Stress Triggers, Misdiagnosis, and Why Medicine Gets Stuck 34:55 Quick Fixes vs Root Cause: Botox, Hyperacusis & Vagus Nerve Clues 35:59 Why the Pons Keeps Showing Up: Patterns, TIAs & Frequency Results 37:41 Rehab Courses Mindset: Assess, Measure, and Prove Progress 39:16 Setting Realistic Expectations: ROM Gains, Pain, and the "Titanium Knee" Reality 41:58 Metrics Beyond Numbers: Confidence, Mood, and the Emotional Work of Healing 44:46 Keep Learning + Resources: Advanced Courses & "Molecules of Behavior" Lectures 46:26 Case Q&A: Spontaneous Pneumothorax—Pleura Scarring, Hypermobility & Breath Coaching 52:02 Hypermobility on Your Radar: Memory Complaints, Mini Mental Status Checks & Re-testing 55:56 Trauma Cases & Documentation: Auto Accidents, Forensics, and Imaging/PT Referrals 58:52 Wrap-Up: Daughter Update, Advanced Signup, Foundation Mission + Podcast Disclaimer In this episode of the Frequency Specific Microcurrent (FSM) podcast, Dr. Carol and Kim Pittis discuss approaching complex, unfamiliar cases by returning to first principles, researching in real time, and collaborating with patients. Dr. Carol shares a case of Meige (MEIGE) syndrome involving severe facial muscle spasticity and involuntary eye closure triggered by speaking, plus light sensitivity, absent gag reflex (partially restored after chiropractic care), elevated shoulders, and a history of extreme stress and childhood abuse. After identifying likely involvement of cranial nerve VII and structures associated with the pons, vagus, basal ganglia, cerebellum, and medulla, they describe an evolving FSM strategy: running protocols such as concussion and vagus/vagal tone, pons repair, increasing secretions in the pons, and "quieting" the basal ganglia and cerebellum (including noting 40/988 for quieting basal ganglia). They discuss searching neurotransmitters of the pons (acetylcholine, GABA, serotonin, norepinephrine), emphasizing inhibitory support via GABA and serotonin, supplementing with chewable GABA and later ordering 5-HTP, and the concept that using "increase secretions" can require providing precursors/substrate to avoid depletion. They also add emotional frequencies for fear/terror and note functional changes across two days, including relaxed facial muscles and improved blinking and speech-related eye control, then send the patient home with a five-hour nighttime program and a loaner device, with follow-up planned. The conversation also covers patient education, expectations and management with CustomCare devices, tracking outcomes with metrics like range of motion and confidence.

Carolyn McMakin, MA, DC - contact(at)freqeuncyspecific.com | Kim Pittis, LCSP, (PHYS), MT - [email protected] 02:33 Post-Op Shoulder Debrief: Labrum Tear, Hill-Sachs/Bankart, and Fast Healing 05:21 Building a Detailed FSM Post-Op Plan from the Operative Report 08:28 Rotator Cuff Strength, Tissue Health, and "Shoulder Support" Protocols 12:19 Patient Advocacy: Second Opinions, Surgeon Interviews, and PACU FSM Access 16:40 Nerve Blocks, PACU Basics, and Why Ice Isn't the Healing Tool People Think 20:12 Positive Language in Rehab + Course/Livestream Updates 24:18 Midbrain/Pons Case Study: Trigeminal Neuralgia, Microclots, and Cranial Nerves 32:14 Cranial + vagus release: dura scarring, Valsalva, and concussion protocols 33:30 Emotional frequency sequence: anger → resentment → fear/terror → grief → restoring joy 34:48 "How did we get here?" Clinical reasoning beyond diagnosis & inflammation 38:02 Why order matters: avoiding grief-first + mapping emotions to organ meridians 43:30 Depression, vitamin D, and the realities of tapering antidepressants 45:14 Case study: big toe pain, phantom limb signals, and nerve traction strategy 47:46 Netter saves the day: peroneus brevis, fibula attachments, and periosteum treatment 50:24 Q&A: Hypermobile/EDS dizziness after hip changes—vestibular screen & gait recalibration 52:41 Quick hits: decoding tissue numbers (46 muscle, 62 arteries) and course takeaways 01:00:07 Achilles/heel pain after downhill hiking: tendon sheath, fat pad, fascia & trigger points Patient Interaction and Choosing Medical Professionals When selecting medical professionals for surgical procedures, it is crucial to consider not only their competence and technical skills but also their honesty, integrity, and communication style. Patients are encouraged to choose practitioners who make them feel comfortable, listen attentively, and explain procedures thoroughly. Additionally, it is vital for practitioners to act as patient educators and advocates, ensuring that patients are aware of their options and understand what to expect from surgical and post-operative care. Importance of Surgical Notes Accessing detailed surgical notes is essential for creating a customized and effective post-operative care plan. Surgical notes provide insights into the procedural steps taken during surgery, highlighting areas that may require focused rehabilitation or specific therapeutic interventions. Customized Post-Operative Care - Utilizing FSM to address specific post-operative complications such as inflammation and adhesions. - Developing tailored protocols that may involve restoring joint function, reducing pain, and improving muscle or tissue healing. - Implementing FSM for emotional support, addressing emotional stress or trauma that can accompany physical injuries and surgeries. Managing Emotional Aspects in Healing FSM is also used to manage emotional components intertwined with physical healing. Addressing emotions such as anger, fear, and grief using specific frequencies is integral to comprehensive care. Understanding the psychology behind these emotions and treating them in a methodical sequence can significantly improve patient responses and recovery. Proprioception and Vestibular Considerations In patients who have undergone significant anatomical changes post-surgery, proprioceptive recalibration is crucial. Changes in gait or balance may necessitate proprioceptive exercises and FSM treatment for vestibular injuries to restore equilibrium and prevent dizziness or disorientation.

Hosts: Carolyn McMakin, MA, DC & Kim Pittis, LCSP, (PHYS), MT 01:37 Patient Case Study: Phantom Limb Pain 09:13 Understanding Liver Health and Detoxification 17:48 Addressing Non-Alcoholic Fatty Liver Disease 29:51 Treating TMJ with FSM 34:17 Understanding Trigger Points and TMJ 37:01 Exploring Eczema and Its Causes 40:27 Post-ACL Reconstruction and Rehabilitation 49:19 Addressing Dementia and Its Potential Causes 55:28 Innovations in Surgical Solutions for Arthritis 57:11 Conclusion and Final Thoughts In the realm of medical practice, understanding various pain management and treatment techniques is essential, especially for medical professionals dealing with complex conditions. This guide delves into methods for treating various kinds of pain, nerve issues, and conditions such as liver toxicity, TMJ, and osteoporosis, as well as discussing new insights into dementia related to sensory loss. **Managing Phantom Limb Pain** Phantom limb pain can occur when nerves are damaged, leading to sensations in a limb that is no longer present. A case in point is the experience of nerve damage in the big toe, where the perceived pain resembles that of a phantom limb. Identifying and running specific treatment protocols such as 40/89 can be effective in alleviating such pain. **Understanding Trigger Points** Trigger points in muscles like the upper trapezius are often symptoms rather than causes of pain. They might originate from other underlying issues such as rotator cuff injuries. Treatment should focus on repairing associated injuries and reducing muscle tension through methods like running specific protocols tailored to nerve and muscle conditions. **Liver Health and Detoxification** The liver plays a crucial role in detoxifying the body, and certain conditions like cirrhosis require targeted treatment. Managing liver health may involve treating for toxicity, anesthesia, and providing support through supplements like lipoic acid and milk thistle. Protocols for conditions like non-alcoholic fatty liver focus on dietary management, particularly the reduction of carbohydrate intake. **Restoring Muscle and Joint Function** In treating joint issues such as TMJ, understanding the biomechanical contributions is vital. A detailed approach involves treating torn or broken ligaments and connective tissues. For post-surgical recovery, such as ACL reconstruction, encouraging the appropriate exercises without further straining repaired tendons is key. Coordinated movement must be restored cautiously to ensure proper healing. **Dealing with Eczema and Immune System Responses** Eczema can often be linked to immune responses and is treated by addressing histamine levels and inflammation. It's often associated with other conditions such as MCAS, and a multi-pronged treatment approach that targets the immune system, skin, and gut health is often beneficial. **Dementia and Sensory Loss** The loss of olfactory senses (smell) can be a predictor of dementia. Understanding the relationship between sensory loss and cognitive decline is critical in early intervention. Questions regarding vaccination effects, particularly related to COVID-19, should be explored as they might impact the onset or progression of symptoms. Pain management and treatment are multifaceted, requiring a comprehensive understanding of the physiological and neurological factors involved. By addressing underlying causes of symptoms like phantom limb pain, improving liver function, and adopting holistic approaches to conditions like eczema and dementia, medical professionals can enhance treatment outcomes. Understanding these dynamics can empower healthcare providers to offer more effective interventions for various complex conditions.

00:59 The Power of Frequency Specific Microcurrent (FSM) 01:30 Gemstones and Their Meanings 01:58 A Remarkable Patient Case 05:51 Understanding Complex Pain Syndromes 13:30 Innovative Treatment Approaches 16:24 Challenges and Successes in FSM Treatment 24:32 Advanced FSM Techniques and Insights 29:04 Debunking Calcium in Mitochondria Theory 30:20 Critical Thinking in Medical Hypotheses 33:15 Bone Marrow and Trauma Treatment 35:04 Complex Case Studies and Critical Thinking 37:43 Hydrocephalus and FSM Treatment 49:41 Advanced Symposium and Faculty Acknowledgment 53:24 Upcoming Events and Final Thoughts **Understanding Complex Pain Syndromes: Insights from a Podcast** Complex pain syndromes present significant challenges to medical practitioners, especially when they're compounded with unique conditions such as hydrocephalus or treated with innovative methods like Frequency Specific Microcurrent (FSM). The exploration of these topics provides valuable learning, particularly for medical students aiming to expand their breadth of knowledge. **Calcium, Mitochondria, and Pain** In managing complex pain syndromes, understanding the cellular pathways involved is crucial. Calcium ions play a pivotal role in cellular activities, signaling mitochondria to produce ATP. However, an excess of calcium can be detrimental, leading to cellular death. This is an important consideration in conditions like post-exercise malaise, often misunderstood to be related to calcium levels in mitochondria. Understanding these cellular mechanisms helps in formulating treatment paradigms that do not exacerbate conditions. **The Role of FSM in Pain Management** FSM offers a transformative approach in managing conditions that resist conventional treatments. It operates using specific frequencies to target different tissues and pathological processes without physical contact, thus ruling out placebo effects. As practitioners explore this modality, they must develop proficiency in hypothesizing and testing different frequencies to determine their effectiveness in individual cases. **Case Exploration: Treating CRPS** For instance, a patient with Complex Regional Pain Syndrome (CRPS) underwent extensive treatments involving FSM. The patient's history included multiple surgeries and persistent pain that conventional therapies failed to address. By determining that the pain couldn't be traced to common neurological pathways, FSM was employed to address underlying issues such as increased muscle tone and central nervous system involvement. The outcome was a significant reduction in pain, demonstrating the potential of FSM in chronic pain management. Such cases highlight the importance of critical thinking in diagnosing and treating based on individual symptoms rather than predetermined labels. **Hydrocephalus, Balance, and Developmental Concerns** Hydrocephalus presents unique treatment challenges, especially in pediatric cases where development is ongoing. Post-surgical outcomes such as balance issues and developmental delays require attentive management. FSM offers potential adjunctive support by addressing central nervous system function, aiming to enhance developmental milestones and motor skills. However, medical professionals must carefully assess each case to tailor treatments that best support individual needs. **Integration and Critical Thinking in Treatment** The podcast emphasizes the necessity of integrating clinical experiences with theoretical knowledge. Practitioners must engage in continuous learning and maintain an openness to reevaluating treatment strategies based on new evidence. Collaborative exploration among medical professionals fosters deeper understanding and innovation in treatment methodologies.

Hosts: Carolyn McMakin, MA, DC & Kim Pittis, LCSP, (PHYS), MT 01:24 Core Training and Achievements 02:26 Flexibility and Adaptability in Practice 03:14 Neurotransmitter Workshop Insights 06:01 Case Study: Long COVID and Flexibility 19:28 Case Study: Hamstring Insertion Tendinopathy 30:55 The Importance of Safety in Treatment 33:41 Timing and Duration of Treatments 34:42 Patient Trauma History and Treatment Adjustments 36:03 Chemotherapy-Induced Neuropathy Case Study 38:03 Sensory Motor Cortex and Pain Pathways 40:29 Learning from Mistakes and Gaining Experience 55:38 Empowering Patients with CustomCare 58:38 Upcoming Courses and Announcements **Clinical Approach and Techniques** 1. **Patient-Centric Treatment:** - FSM emphasizes the importance of listening to patients carefully to guide treatment decisions. - Clinicians using FSM adapt their approach based on feedback and patient response, applying both clinical judgment and the art of listening to the patient's body and its unique signals. 2. **Technical Insights and Innovations:** - Understanding the underlying neural and anatomical pathways is critical for effectively utilizing FSM. - Treatments often involve addressing nerve traction injuries, hypermobility, and unexpected anatomical variations, demonstrating FSM's adaptability in treating diverse conditions. 3. **Specific Cases and Challenges:** - FSM practitioners navigate complex cases such as chronic pain, long-term conditions like long COVID, and unique structural anomalies through a flexible and iterative approach. - Cases are often revisited and re-evaluated to adjust treatment plans, emphasizing the value of starting over and reassessing when results are not as expected. **The Art and Science of Adaptation** 1. **Listening and Responding to the Tissue:** - Rather than imposing treatment, practitioners listen intently to what the tissue "tells" about its needs, allowing for a more natural and effective healing process. - This approach enhances the connection between clinician and patient, encouraging a more collaborative healing process. 2. **Harnessing Anatomical Knowledge:** - FSM practitioners possess a robust understanding of human anatomy, applying it creatively to solve complex medical puzzles. - Knowledge of specific structures, such as the operator membrane and its impact on conditions like hamstring tendinopathy, is vital for achieving successful outcomes. **The Importance of Flexibility and Continuous Learning** 1. **Educational and Professional Growth:** - FSM emphasizes continuous learning and the importance of both successes and mistakes in professional development. - Clinicians are encouraged to embrace new techniques and adapt based on evolving evidence and patient feedback, ensuring ongoing improvement and innovation in patient care. 2. **Empowering Patients:** - By providing tools such as a CustomCare unit, FSM empowers patients, fostering a sense of control over their own healing process. - This empowerment plays a critical role in enhancing patient outcomes, especially when dealing with chronic or challenging conditions.

Carolyn McMakin, MA, DC Kim Pittis, LCSP, (PHYS), MT https://frequencyspecific.com https://fsmsports365.com 00:00 Introduction to Food Sensitivities 00:11 The Role of Biomechanics and Food Sensitivity Panels 00:57 Welcome and Introductions 03:49 Understanding Food Sensitivities and Their Development 10:36 Elimination Diets and Food Sensitivity Testing 14:31 FSM as an Adjunct in Treating Food Sensitivities 28:53 Case Study: Genetic Neurologic Condition and FSM 35:34 Challenges of Long COVID 36:16 Temporary Solutions and Their Limitations 36:42 Holistic Approach to Pain Management 38:18 Case Study: Hip Replacement Recovery 41:03 The Importance of Feeling Safe in Treatment 43:34 Rehabilitation Techniques and Balance Training 46:13 Complexities of Athletic Injuries 49:44 Case Study: Young Athlete with Spinal Issues 56:30 Genetic Factors in Pain and Recovery 01:05:54 Concluding Thoughts and Advice Food sensitivities have gained significant attention as people seek to understand the complexities behind their health issues. They may not develop overnight and often come with complex precursors. Examining the role of Frequency Specific Microcurrent (FSM) as an adjunctive treatment reveals insightful perspectives for managing these sensitivities effectively. This article highlights key discussions from experts on this topic. **The Genesis of Food Sensitivities** It's essential to recognize that food sensitivities originate from several factors, including genetics and environmental influences. Dr. Carol explains that the immune system, primarily located around the digestive tract, reacts to foreign proteins after they pass through a possibly compromised gut wall, leading to what's referred to as "leaky gut." Stress, medication, and diet intricacies all play crucial roles in how these sensitivities manifest. *Food Sensitivity Testing: A Billion-Dollar Industry** Kim Pittis emphasizes the burgeoning business of food sensitivity panels. Despite their prevalence, the accuracy of these tests has raised skepticism. Instances where identical blood samples sent under different identities yield varied results underscore the need for caution. This discrepancy further emphasizes the importance of alternative approaches, such as elimination diets and dietary adjustments. **Introducing FSM as an Adjunct Treatment** Frequency Specific Microcurrent (FSM) emerges as a promising supportive tool for those navigating the complexities of food sensitivities. FSM addresses underlying issues that exacerbate food sensitivities, such as leaky gut and vagus nerve dysfunction. It works in tandem with elimination diets to enhance recovery and comfort for patients experiencing these health challenges. **Unraveling the Body's Complex Reactions** As detailed by Dr. Carol, food sensitivities often result in IgG antibody formation, leading to histamine release and systemic responses like body pain and inflammation. These reactions can persist and significantly affect quality of life. Understanding the body's complex immune response to continuous exposure to specific foods and the subsequent formation of food sensitivities is crucial. **Practical Applications: Case Examples** The narrative includes practical applications and real-life examples illustrating how FSM can effectively complement traditional treatments. By repairing compromised gut linings and modulating immune responses, FSM aids in reducing the duration and intensity of food sensitivity reactions, thus promoting more efficient healing.