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.