Hosts:
Carolyn McMakin, MA, DC
Kim Pittis, LCSP, (PHYS), MT
00:33 Diving into Health Courses and Concepts
01:14 Exploring Frequency Specific Microcurrent (FSM)
01:58 Case Studies and Practical Applications
07:28 Mastering Palpation Techniques
17:24 Constitutional Factors in Patient Assessment
25:07 Addressing Post Shingles Neuropathy with FSM
28:39 Managing Postherpetic Neuralgia
29:44 Understanding Lupus and the Vagus Nerve
32:57 Hiatal Hernia and Stomach Acid Issues
37:41 FSM Symposium Excitement
39:29 Addressing Osteoporosis and Tendon Health
41:44 Challenges with Nerve Ablation
46:03 Neuromyelitis Optica and Arthritis Insights
50:08 Symposium Logistics and Final Thoughts
In the world of medical innovations, Frequency Specific Microcurrent (FSM) stands out as a technique with profound implications for patient care. This recent podcast episode, hosted by Dr. Carol and Kim Pittis, delves deep into the practical applications and theories surrounding FSM, making it a valuable resource for medical practitioners aiming to integrate this technology into their practice.
Understanding the Health Pyramid with FSM
The podcast opens with Kim Pittis sharing insights from a recent course she attended, where the concept of a health pyramid was introduced. She highlights the importance of screenings, assessment, mobilization, movement, and stabilization, crucial parts of patient care in both biomechanics and the biotensegrity model. FSM, however, appears to transcend traditional modalities by offering versatile treatment options that aren't confined to specific conditions.
Exploring FSM Frequencies
One of the key takeaways from Dr. Carol and Kim's discussion is their exploration of FSM frequencies, specifically the use of 124 – a frequency often used for healing scar tissue. Dr. Carol notes that while dissolving scar tissue, practitioners must ensure that stabilizers are ready to replace it for effective healing, emphasizing cautious application.
Palpation Techniques and Patient Assessment
The podcast segment on mastering palpation techniques is particularly insightful for practitioners. Dr. Carol shares her unique approach to palpation, which involves 'seeing' with your fingers, a skill likened to a masterclass in perception. This technique allows practitioners to accurately assess and address scarring and other tissue abnormalities in patients, enhancing diagnostic precision.
Addressing Complex Conditions
The hosts also navigate through complex conditions such as post-shingles neuropathy and lupus, offering invaluable insights into using FSM for managing these challenges. Dr. Carol explains her protocols for addressing nerve damage post-shingles, which often involves treating the damaged nerve to restore function and alleviate pain. For lupus, they emphasize the role of the vagus nerve and the importance of identifying triggers and stressors that exacerbate the condition.
The Role of FSM in Osteoporosis and Tendon Health
For practitioners dealing with osteoporosis, Kim highlights the importance of mechanical force and tensile pull on bones to strengthen them. She advocates for the use of FSM to aid in muscle recovery post-exercise, promoting sustained physical activity as a preventive measure against bone density loss.
Advances in Medical Practice with FSM
The podcast wraps up with an enthusiastic preview of the upcoming FSM Symposium, suggesting further learning opportunities for practitioners eager to expand their knowledge and application of FSM in their daily practice. The event promises to feature an array of fascinating case studies and scientific explorations into the mechanisms of different frequencies.
For medical practitioners, this podcast episode provides a detailed and practical perspective on the application of Frequency Specific Microcurrent. By integrating the lessons shared by Dr. Carol and Kim Pittis, practitioners can enhance their diagnostic abilities, expand their treatment arsenal, and ultimately, improve patient outcomes. Whether dealing with scar tissue, chronic conditions, or improving overall patient care, FSM presents an innovative approach to modern medicine.
