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

00:13 Patient Case: Lumbar Spine Surgery and Nerve Pain 02:05 Treatment Protocols and Techniques 02:39 Case Study: Diabetic Neuropathy Misdiagnosis 05:36 Collaborative Diagnosis and Treatment 11:57 Exploring Anatomy with Netter 19:42 Understanding AB Pairs in Treatment 31:38 Managing Diabetes in the Elderly 32:29 Understanding Diabetic Neuropathy 36:20 Physical Exams and Patient Interaction 40:50 Diagnosing and Treating Pain 45:17 Complex Pain Cases and CRPS 51:25 SI Joint Dysfunction and Treatment

**Understanding Patient Histories and Symptoms**

A comprehensive understanding of patient histories and symptoms is crucial for effective treatment planning. For instance, distinguishing between different types of nerve pain, such as diabetic neuropathies and radiculopathies, requires a meticulous examination and thoughtful questioning. Symptoms often present differently, depending on underlying issues. Diabetic neuropathy typically presents as symmetrical numbness following a "socks and gloves" pattern, while radiculopathy follows a dermatomal pattern and is often aggravated by movement. Understanding these distinctions can direct practitioners towards more accurate diagnostic and treatment pathways.

**Utilizing FSM in Clinical Practice**

FSM provides unique opportunities to address conditions that are otherwise difficult to treat. For example, when dealing with chronic pain or nerve severance, FSM can be tailored to target specific pathologies and tissues, promoting healing and managing pain. Practicing an evidence-based thought process is essential, as it allows the clinician to customize FSM protocols to suit individual patient needs.

When treating acute injuries, practitioners are advised to focus on reducing inflammation without disrupting the natural healing process. For instance, in the management of acute sprains or strains, practitioners may opt to stimulate circulation through the fascia instead of lymphatic tissues directly with FSM, potentially providing notable relief and improved functional outcomes.

**Collaboration for Better Diagnosis**

Diagnosis often benefits from a collaborative approach. Utilizing anatomical references, such as Netter's Architecture, during patient consultations can enhance understanding and engagement, enabling patients to visualize and comprehend the therapeutic focus. This collaboration not only assists in accurate diagnosis but also empowers patients by involving them actively in their treatment plans.

**Managing Complex Cases**

For intricate cases, such as those involving chronic low back pain or neuropathic issues following surgical interventions, FSM offers a pathway to alleviate symptoms through targeted protocols. It is essential for practitioners to closely consider the full scope of the patient's history, assess the interplay of symptoms, and explore multifaceted treatment angles. This might include addressing both physical and neurological aspects of pain, using FSM's ability to treat tissue-specific pathologies.

**Continual Education and Adaptation**

Staying informed about the latest research and developments in FSM is crucial. Medical practitioners are encouraged to engage with ongoing educational resources and remain adaptable in their practice. This ensures that treatment protocols are aligned with the latest evidence, maximizing therapy effectiveness for complex pain and healing challenges.

Integrating Frequency Specific Microcurrent into clinical practice offers a novel, holistic approach to managing complex pain and rehabilitation scenarios. By fostering a deep understanding of patient symptoms, collaborating for accurate diagnosis, and continually adapting treatment protocols, practitioners can enhance their therapeutic impact, leading to improved patient outcomes and satisfaction.