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Frequency Foundation

Twice the Energy with Half the Stress

Bioelectric Fields in Development: How Cells Find Their Way

Scientists are uncovering how bioelectric fields in development act like invisible road signs that help cells travel to the right place at the right time. New work in living embryos shows that neural crest cells, builders of the face, neck, and parts of the nervous system, follow endogenous electrical gradients to migrate in a coordinated, purposeful way.

What the study actually showed

A team led by Dr. Elias H. Barriga mapped an internal current pattern that behaves like an electric field and demonstrated that neural crest cells orient and move along it (electrotaxis). They also identified voltage-sensitive phosphatase 1 (Vsp1) as a sensor helping cells interpret these cues so migration stays organized, not random. Importantly, Vsp1 doesn’t push cells forward; it helps them read the field and choose direction.

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From mechanics to electricity to movement

How do these fields arise? The researchers propose that mechanical stretching in the neural fold opens ion channels and sets up a voltage gradient along emerging routes. Cells then detect and decode that gradient, using Vsp1 to steer. The work offers the first experimental evidence that electric fields not only exist along migratory paths but also guide the cells traveling them. Findings were reported alongside a summary referencing Nature Materials.

Why this matters beyond embryology

  • Wound repair: Directing cells with controlled electrical cues could accelerate closure and improve tissue quality.
  • Cancer migration: If tumors exploit similar guidance, manipulating fields might one day help limit spread.
  • Regeneration & tissue engineering: Leveraging native electrical “signage” could improve patterning of lab-grown tissues and nerve repair strategies.

For a complementary look at early-life biology, see our recent piece on the ‘elixir of life’ in breast milk and how it shapes babies’ growth and resilience.

Knowledge that expands your choices

Understanding bioelectric fields in development gives you a clearer lens for evaluating non-drug approaches that respect how cells already organize. This is early but exciting science; protocol standards, dose windows, and long-term safety will come from larger studies. Until then, the headline is simple: biology listens to electricity—wisely applied, that insight may become a practical tool.

Ready to translate emerging science into action? We help you build evidence-informed plans that fit your goals—from recovery and cognitive support to frequency-based interventions. Start a conversation with our team today.

Knowledge gives you choices

When you know how cells follow electrical “signs,” you can evaluate emerging options with more confidence. This field is early. Protocols, dose windows, and safety guidelines will come from larger studies, but the direction is promising.

If you want help turning research into practical steps, start with the basics that support cellular signaling: sleep quality, nutrient density, light exposure, movement, and stress balance. Then consider whether guided frequency-based approaches belong in your plan.

Next step: explore evidence-informed strategies and get a personalized roadmap.
Book a consultation on our site to discuss your goals.

EMF Health Innovations: Transforming Wellness

EMF Health Innovations are reshaping how we approach disease prevention, productivity, and overall well-being. Drawing inspiration from Nobel Laureate Linus Pauling’s groundbreaking work in orthomolecular medicine, these frequency-based therapies—combined with agile frameworks like Jeff Sutherland’s TEHS (Twice the Energy, Half the Stress) Scrum method—are paving the way toward a future of optimal health and sustained performance. Dive deeper into these innovations by listening to our detailed podcast on this topic.

1. Orthomolecular Medicine and Linus Pauling’s Legacy

Linus Pauling, one of the only Nobel Laureats to win two independent awards, championed the idea of sustaining health through optimal concentrations of substances naturally found in the body. By meticulously adjusting vitamins, minerals, and other nutrients, one could restore biochemical balance and support well-being at the molecular level. His orthomolecular principles emphasize:

  • Nutritional Optimization: Harnessing vitamins (e.g., Vitamin C) to support immune resilience.
  • Molecular Precision: Recognizing how small nutrient variations can make big physiological impacts.
  • Preventive Care: Prioritizing proactive wellness strategies over reactive treatments.

Today, Pauling’s influence extends beyond nutrient supplementation, guiding new frontiers in cellular repair and regeneration.

2. EMF Health Innovations at Frequency Research Foundation

At the forefront of EMF Health Innovations, the Frequency Research Foundation focuses on how electromagnetic frequencies can modulate cellular and molecular processes without relying solely on chemical means. This is the result of close collaboration with Dr. Pauling when Dr. Jeff Sutherland was a Professor of Mathematics at the U.S. Air Force Academy working with Academy physicians and Pauling on the study of Vitamin C, and his later collobaration with Pauling as a Professor of Radiology, Preventive Medicine, and Biometrics at the University of Colorado School of Medicine.

As co-founders of the Center for Vitamins and Cancer Research, Drs. Sutherland and Prasad recruited Dr. Pauling as sponsor and advisor. Early years focussed on supplements as active agents. However, as many alternative approaches to medicine were studied we discovered that all medical approaches caused electromagnetic reactions in the cells of the human body and non-invasive low-power EMF could cause the same or similar effect as a drug or physical manipulation and be as effective as chemo or radiation therapy without the many negative side effects.

Thus orthomolecular medicine, while still useful as adjuvant therapy, evolved into EMF therapy as the primary focus on restoring balance to the body and removing the causes of both infectious and chronic disease. Key aspects of this approach include:

  • Cellular Resonance: Precisely targeting abnormal cells with EMFs to disrupt harmful activity while leaving healthy cells untouched.
  • Non-Invasive Therapies: Applying low-intensity, focused EMFs to reduce negative side effects often linked to chemotherapy or radiation.
  • Holistic Health: Promoting balanced bioenergetics, stress reduction, and immune strength as part of an integrated wellness strategy.

By preserving the spirit of orthomolecular medicine, these innovations optimize cellular health through carefully calibrated electromagnetic fields rather than chemical supplementation.

3. The TEHS Scrum Framework: Linking Health and Productivity

Jeff Sutherland’s Twice the Energy, Half the Stress (TEHS) Framework pairs agile methodologies with health science to boost personal and organizational performance. Built on real-time monitoring, neuroscience, and iterative improvement, the TEHS approach offers practical steps for maintaining energy and minimizing burnout.

The TEHS Framework is based on personalized medicine with the ability of advanced wearable technologies to monitor dozens of health parameters all day every day. The concept of a clinical trial where N=1 is becoming possible and desireable. The average drug works on 20% of patients and over 50% of clinical trials cannot be replicated in drug company laboratories because of bad science, fraud, or data manipulation in the studies. Real time monitoring of an individual shows immediately and definitivly if an intervention is working using the monitoring analytics developed by FirstBeat.com to measure performance of Olympic teams in more than seven countries.

The average level of health and length of life in the United States is decreasing in recent years and the TESH Framework can definitely tell an individual why and what to do, and allow the individual to experiment daily to enhance their well being. Your healthcare provider turns into a coach and not someone you see for a yearly physical exam when it is often too late.

Core Components
  1. Twice the Energy, Half the Stress
    • Aims for sustainable productivity, doubling energy while halving stress.
    • Infuses neuroscience and health insights, enabling faster, more efficient work without sacrificing well-being.
  2. Real-Time Monitoring
    • Uses devices (e.g., Garmin watches with FirstBeat Analytics) to track stress, energy, and recovery in real time.
    • Provides immediate feedback for self-correction and consistent wellness.
  3. Neuroscience and Biophysics
    • Employs models like Friston’s Free Energy Principle to refine both mental and physiological states.
    • Uses measurable biofeedback to cultivate flow and reduce chronic stress.
  4. Holistic Integration
    • Reflects Linus Pauling’s holistic outlook by valuing physical, mental, emotional, and spiritual health.
    • Incorporates routines (mindfulness, micro-breaks, exercise) that sustain balanced energy levels.
Why It Matters

Adopting agile principles in everyday life helps prevent burnout, drive creative thinking, and promote well-rounded performance—benefiting both individuals and the businesses they power.

4. Integrating Scrum and EMF Health Innovations

Scrum Events for Health Feedback

By infusing Scrum sprints (Planning, Daily Standups, Reviews, Retrospectives) with physiological data, teams can uncover hidden factors affecting morale or efficiency. If stress spikes repeatedly in response to certain meetings or deadlines, teams can iterate their process to build a healthier environment.

Supporting EMF Therapies
  • Data-Informed Trials: Pilot EMF treatments for stress relief or immune support during sprints, measuring outcomes against well-defined metrics.
  • Continuous Refinement: Use biofeedback insights to optimize EMF therapy frequency, dosage, or timing for maximum impact.

5. EMF Therapies: Redefining Cancer Treatment and Longevity

  1. Tumor-Treating Fields (TTF)
    • FDA-approved techniques like Optune use alternating electric fields to disrupt tumor cell division, signaling a move toward targeted, minimally invasive solutions.
  2. Selective Targeting
    • EMFs pinpoint cancer cells’ unique electrical properties, impairing their reproduction while sparing healthy cells.
    • Avoids the collateral damage frequently seen with chemo and radiation therapies.
  3. Orthomolecular Resonance
    • Aligns with orthomolecular principles by harmonizing frequencies to match cellular needs at the molecular level.
    • Fosters the body’s inherent ability to repair and regenerate with fewer pharmacological interventions.
  4. Broader Applications
    • Chronic Pain Relief: Pulsed Electromagnetic Field (PEMF) therapies can reduce inflammation and foster tissue repair.
    • Neurodegenerative Conditions: Low-frequency EMFs may enhance neuronal mitochondrial function, vital in addressing Alzheimer’s and related disorders.
    • Immune System Modulation: Specific EMFs can modulate immune responses—helpful both in preventing illnesses and aiding recovery.

6. First Principles Thinking: A Path to Continuous Advancement

Both the Frequency Research Foundation’s EMF Health Innovations and the TEHS Scrum Framework are grounded in first principles thinking, stripping away preconceptions to rebuild approaches on solid fundamentals:

  1. Molecular & Cellular Precision
    • Orthomolecular and EMF strategies rely on pinpointing and harmonizing cellular conditions for minimal collateral damage.
  2. Systems-Level Integration
    • Agile workflows enable broader adoption of these health innovations, enhancing well-being and organizational effectiveness simultaneously.
  3. Iterative Improvement
    • Feedback loops—central to Scrum—allow regular adjustment and optimization, whether in therapy protocols or daily routines.
  4. Collaborative Impact
    • Interdisciplinary teams, including scientists, clinicians, and Scrum coaches, accelerate innovation and expand access to advanced solutions.

7. Conclusion: Charting the Future of EMF Health Innovations

From Linus Pauling’s orthomolecular breakthroughs to the cutting-edge EMF Health Innovations now under study, the evolution of health science shows no sign of slowing. Coupled with agile frameworks like the TEHS Scrum method, these advancements form a powerful blueprint for extending healthspan, enhancing quality of life, and driving sustained productivity.

By merging the precision of orthomolecular medicine with frequency-based therapies—and leveraging iterative, data-driven methodologies—individuals, teams, and entire organizations stand to reap remarkable benefits. Whether your goal is to optimize personal well-being, elevate team performance, or push the boundaries of medical research, these integrated strategies offer a glimpse into a more vibrant, resilient future.

Take the Next Step

  • Book a Consultation to explore how EMF therapies and agile techniques can transform your health or your team’s performance.
  • Sign Up for Our Coaching Service and master the TEHS Scrum Framework for Twice the Energy, Half the Stress.
  • Explore Our Services at the Frequency Research Foundation to learn more about our research and solutions in EMF Health Innovations.

Seize this opportunity to experience the cutting-edge synergy of orthomolecular wisdom, electromagnetic therapy, and agile thinking—setting the stage for a new paradigm in health and wellness.

Energy Medicine – Second Edition

“Look at the step-by-step process by which we come to understand the world around and within us. Energy is a huge part of this. Our personal ability to understand and manipulate the energies of nature gives us direct experience of the most vital aspects of life. However, because of historical confusions and vested interests our culture and our education have obscured the nature of energy and thereby denied us the opportunity to explore what is arguably the most important part of our nature and of our health. The resulting confusion has spilled over into our healthcare system, which is in a crisis that threatens our prosperity and national security. To ignore energy is to deny the application to our health and welfare of one of the greatest areas of human inquiry – physics. This book has the goal of bringing the physical and biomedical sciences into cooperation as we look to the future of our healthcare system.” James Oschman

This is the book that ties medical research together with energy practioners approach to healing. The second edition is even better than the first. For example, we now have over 450,000 peer-reviewed academic research papers are now published on inflammation as the root cause of much chronic disease. Many energy approaches to medicine are effective at reducing inflammation and clinical studies are repeatedly demonstrating this effect. The emerging research in major journals is enormous and few physicians read it.

As a former Professor of Radiology it is interesting that the physicists and radiologists have been the primary proponents of building the scientific basis for energy medicine. Perhaps our fundamental understanding of nuclear physics combined with endless study of increasingly accurate images of human tissue in diseased states has caused us to put 2 and 2 together and get 4.

Pulsed Electric Fields Kill Melanoma


The publisher’s final edited version of this article is available at Biochem Biophys Res Commun
See other articles in PMC that cite the published article.
Abstract
We have discovered a new, drug-free therapy for treating solid skin tumors. Pulsed electric fields greater than 20 kV/cm with rise times of 30 ns and durations of 300 ns penetrate into the interior of tumor cells and cause tumor cell nuclei to rapidly shrink and tumor blood flow to stop. Melanomas shrink by 90% within two weeks following a cumulative field exposure time of 120 μs. A second treatment at this time can result in complete remission. This new technique provides a highly localized targeting of tumor cells with only minor effects on overlying skin. Each pulse deposits 0.2 J and 100 pulses increase the temperature of the treated region by only 3 °C, ten degrees lower than the minimum temperature for hyperthermia effects.