Carolyn McMakin, MA, DC
Kim Pittis, LCSP, (PHYS), MT

00:14 Exciting Case Reports and Research Updates
02:03 Technical Glitches and Presentation Preparations
02:42 Deep Dive into Hip and Pelvis Presentation
04:04 Case Studies and Certification Process
07:41 CE Mark and Aftermarket Data
11:41 Metal Allergies in Surgical Implants
17:39 Phantom Gallbladder Pain Case Study
26:42 Listening to Patients' Stories
29:25 Managing Unattended Treatments
30:08 Leaky Gut and CustomCare
31:16 Radiation Treatment and Vagus Nerve
32:08 FSM Patient Monitoring
36:36 Shoulder Pain and Treatment Protocols
38:38 Frozen Shoulder Challenges
41:52 Coracoid Process Surgery
46:45 Liability Concerns with EyeCare
50:46 Essential Tremor and Dopamine Support

In the fast-evolving world of integrative medicine, tools and methodologies that confirm positive patient outcomes are invaluable. Frequency-Specific Microcurrent (FSM) stands out as a promising approach, providing noteworthy insights and clinical benefits. Based on recent discussions between Dr. McMakin and Kim Pittis, this post delves into practical applications of FSM and how medical practitioners can incorporate it into their practice for enhanced patient care.

### Standardizing FSM Protocol for Common Conditions

Dr. McMakin emphasizes the importance of successful application of FSM protocols, specifically in dealing with complex cases such as frozen shoulder and post-surgical complications. When encountering resistance in increasing shoulder mobility, practitioners must ensure that the nerve has been adequately treated for inflammation and scarring. Start with reducing inflammation in the nerve (40 and 10 frequency) before addressing scar tissue and mechanics.

For those dealing with leaky gut syndrome, Dr. Menik suggests a protocol of FSM treatments such as 1and 24 and 22, emphasizing a five-day consecutive treatment regimen. This procedure should be undertaken with adequate supervision and alignment with state laws concerning unattended treatments. It is important to monitor the patient for any signs of discomfort during the treatment to ensure optimal results, especially if running the device unattended.

### Integrating FSM for Complex Cases

Dr. McMakin shares a compelling case involving a patient with knee replacements. Understanding the difference in metal types—titanium versus chromium cobalt—can crucially impact postoperative recovery. This differentiation is pivotal due to varying incidences of metal allergies. For patients with known sensitivities or unexplained inflammation post-surgery, practitioners should consider the metal type as a contributing factor to symptoms.

In another case involving a patient with phantom gallbladder pain, the presence of metal clips left post-surgery required unique approaches involving FSM for treating metal toxicity. Such cases highlight the importance of considering not just the symptoms, but potentially concealed causal factors.

### Application of FSM in Nervous System Disorders

FSM also has significant potential in neurological applications. A notable example involves the treatment of essential tremor, typically tied to basal ganglia function. Here, frequencies such as 81 and 988 come into play, aiming to balance secretions within the basal ganglia. Complementation with nutritional support for dopamine synthesis, including tyrosine and phenylalanine, is recommended.

Furthermore, managing post-viral inflammation through the vagus nerve to modulate systemic immune responses demonstrates FSM’s versatility and profound potential. Recognizing the interplay between respiratory infections and subsequent systemic inflammation redefines treatment strategies for persistently inflamed joints.

### Practical Advice for Practitioners

For practitioners venturing into FSM application, it is crucial to continuously integrate patient feedback and observe both noticeable and subtle changes during the treatment process. Sustained professional development through courses and advanced study helps fine-tune these practices, ultimately leading to greater success rates and patient satisfaction.

FSM represents a unique therapeutic tool that extends beyond routine treatment modalities. By refining FSM application approaches, practitioners can ensure patients receive comprehensive care that addresses root causes, not just symptoms. While the application of FSM in clinical settings requires diligence and adherence to safety standards, its potential in elevating patient outcomes makes it an indispensable method in modern integrative medicine.

In this episode, Dr. Carol McMakin and Kim Pittis discuss Frequency Specific Microcurrent (FSM) protocols for treating nerve pain, including post-herpetic neuralgia and ataxia. They explain the mechanisms behind nerve inflammation, polarization, and scarring, and shares case studies demonstrating effective FSM treatments. The conversation covers topics such as treating the psoas muscle, addressing ticklishness, and managing complex neurological cases. Dr. McMakin also provides insights on using FSM for patients with cancer and emphasizes the importance of comprehensive assessments in identifying the root causes of pain.

01:13 Understanding Voltage-Gated Ion Channels
02:42 FSM and Nerve Pain Treatment
05:59 Case Study: Cavernous Hemangioma
07:42 Nerve Pain Treatment Insights
12:03 Treating the psoas Muscle
17:04 Scarring and Tissue Treatment
18:14 Case Study: Knee Pain Post-Surgery
23:14 Holistic Approach to Pain Treatment
28:12 Addressing Ticklishness in Treatment
30:23 Nerve Inflammation and Pain Management
34:18 Case Study: Ataxic Gait and Neurological Concerns
42:02 Chronic Conditions and Treatment Approaches
47:08 Treating Cancer Patients: Guidelines and Considerations
50:04 Upcoming Courses and Final Thoughts

As medical practitioners, it's crucial to constantly refine our approaches to treating conditions like nerve pain, ataxia, and other related dysfunctions. In a recent episode of the Frequency Specific Microcurrent podcast, various experts, including Dr. Carol and Kim Pittis, shared valuable insights that can benefit practitioners seeking to enhance their understanding of nerve-related treatments.

Understanding Nerve Pain and Treatment Modalities

Dr. Carol emphasizes the complexities of nerve pain treatment, explaining how conditions like postherpetic neuralgia and traction injuries can influence nerve function. Practitioners are encouraged to consider the underlying causes of nerve numbness or hypersensitivity. Dr. Carol suggests the combination of polarizing frequencies and specific microcurrent protocols to address these issues effectively.

One primary focus is on using combinations such as 40 Hz and 396 Hz to alleviate inflammation and enhance nerve conductivity. Complementing this approach, Dr. Carol underscores the importance of addressing the surrounding scar tissue, often by applying frequencies such as 13 Hz to reduce adhesions and further alleviate nerve discomfort.

Techniques for Addressing Complex Cases

Throughout the podcast, both Dr. Carol and Kim Pittis share personal case studies to illustrate treatment strategies. For instance, Dr. Carol describes a particular case wherein a patient developed knee pain post-tummy tuck procedure. Here, the importance of a holistic approach is evident. Realigning the patella and addressing underlying scar tissues from the surgery was pivotal. Additionally, careful inquiry into the patient's history—identifying past surgical or traumatic events—can help in piecing together effective treatment plans.

Addressing Ataxia and the Importance of Neurological Assessments

In discussing ataxia—an often misunderstood and misdiagnosed condition—Dr. Carol stresses the potential need for thorough assessments beyond standard examinations. She shares anecdotal experiences highlighting that an ataxic gait may stem from spinal, rather than purely cerebral, origins. This revelation points medical practitioners toward the need for detailed diagnostics, including MRI assessments of both the brain and spinal regions.

Promoting Safe and Effective Treatment Environments

Kim Pittis touches on the critical aspect of patient safety and comfort. Ensuring the nervous system perceives treatment interventions as safe is paramount for achieving lasting results. Furthermore, practitioners are encouraged to adopt a patient-centered approach, considering the individual experiences of pain and discomfort and adjusting treatment protocols accordingly.