149 - Genetic Factors And Diagnosing Fibromyalgia

Frequency Specific Microcurrent Podcast

In this episode, we delve into the world of Frequency Specific Microcurrent (FSM) therapy and its applications in treating various conditions.

Dr. Carol and Kim Pittis discuss their observations, the importance of understanding tissue characteristics, and share detailed case studies, including the treatment of an Ironman athlete with bilateral lateral knee pain and a patient with chronic lymphedema and cellulitis. They also touch upon the genetic aspects of fibromyalgia and the critical role of proper sleep and nutrition in recovery.

00:14 Understanding Frequency Specific Microcurrent (FSM)

02:04 Case Study: Ironman Athlete

04:36 FSM Treatment Strategies

15:39 Case Study: Pelvic Radiation and Lymphedema

20:12 Case Study: Atopic Dermatitis and Vitamin Deficiency

27:07 Discussion on Fibromyalgia

28:05 Understanding Celiac and Fibromyalgia

29:08 Genetic Factors in Fibromyalgia

31:54 Diagnosing Fibromyalgia: Challenges and Changes

44:20 Upcoming Events and Seminars

51:07 The Role of Sleep in Health and Healing

A Deep Dive with Kim Pittis

Kim Pittis delves into a reflective conversation on her journey with frequency specific microcurrent, shedding light on the intricate world of body mechanics and the profound role FSM plays. She recounts her encounters with clients who express surprise at her depth of knowledge – a testament to the continuous research and learning demanded by FSM. It's more than just recognizing the existence of body tissues; it's about understanding their intricate fibrous and cartilaginous structures, how they interact with their surroundings, and how they are affected by various factors, including inflammation and wear.

Real-Life Scenarios: The Case of the Ironman

In the realm of high-performance sports, Kim shares a captivating narrative of an Ironman athlete who uses FSM religiously. This athlete, determined to compete in two Ironmans within three weeks, presents a unique challenge – bilateral lateral knee pain misdiagnosed as IT band syndrome. Kim walks us through her thought process, highlighting the importance of identifying the true cause of pain – the meniscus, not the IT band – and tailoring FSM treatment to facilitate recovery and healing.

Addressing the Root Causes

The conversation transitions into a broader discussion about understanding and treating the underlying causes of medical conditions. Whether dealing with radiation-induced lymphedema or atopic dermatitis, the emphasis remains on identifying and addressing the root cause rather than merely managing symptoms. Kim underscores the critical role of vitamins and nutrients, like Vitamin D, C, and B12, in supporting health and healing – an insightful reminder of the often-overlooked aspects of wellness.

Fibromyalgia: Unpacking the Complexity

With a focus on fibromyalgia, Kim and her colleagues embark on a dialogue about its potential genetic components and the diverse factors that contribute to its manifestation. The discourse navigates through various familial tendencies and potential environmental influences, shedding light on the multifaceted nature of this condition. As they explore genetic predispositions, food sensitivities, and neurotransmitter pathways, the conversation emphasizes the importance of viewing fibromyalgia through a comprehensive lens.

Collaborative Healthcare: The Path Forward

Kim concludes with a powerful message about the value of collaborative healthcare. She emphasizes the necessity for healthcare professionals to network and collaborate, drawing on each other's expertise to create holistic and effective care plans for patients. It's about understanding limitations, leveraging collective knowledge, and always asking the right questions to uncover the paths to healing.

As we continue to explore the potential of FSM, let us be inspired by the transformative stories shared by practitioners like Kim Pittis. The journey of frequency specific microcurrent is one of continuous learning, compassion, and a commitment to improving lives, one patient at a time.