身體是電的系統（The body is an electrical system），細胞電位（Cell Voltage）決定健康與再生能力。

2025/11/25

Dr. Jerry L. Tennant 研究核心與基礎科學關聯分析
Scientific Correlation Analysis of Dr. Jerry L. Tennant’s Core Research in Biophysical Perspective

一、研究核心理念（Core Concept）
中文：
Tennant 博士的理論核心是：
「身體是電的系統（The body is an electrical system），細胞電位（Cell Voltage）決定健康與再生能力。」他提出健康的細胞膜電位約為 –70 至 –90 mV，當電位下降至 –40 mV 以下，細胞進入缺氧、酸化與代謝紊亂狀態，最終導致慢性病與癌變。因此，恢復細胞電位（Restoring Cellular Voltage） 即是修復健康的關鍵。
英文：
Dr. Jerry L. Tennant’s central theory states that:
“The human body is an electrical system, and cellular voltage determines health and regeneration.”Healthy cells maintain a membrane potential of approximately –70 to –90 mV. When this potential drops below –40 mV, the cell becomes hypoxic, acidic, and metabolically unstable, leading to chronic disease and cancer. Thus, restoring cellular voltage is the foundation of healing.
主要著作（Key Work）：

Tennant, J. L. (2010). Healing is Voltage: The Handbook. Tennant Institute Press.
Tennant, J. L. (2013). Healing is Voltage: Cancer’s On/Off Switches.

二、生物物理學基礎（Biophysical Foundations）
（1）細胞膜電位與電子流（Membrane Potential and Electron Flow）
中文：
細胞膜為半導體樣結構，內含脂質雙層與蛋白質導電通道（ion channels）。
電子與離子流形成穩定電場，支持 ATP 合成與氧化還原反應。
若電子供應不足（如線粒體損傷或水結構崩解），膜電位降低，導致代謝轉向無氧模式。
英文：
The cell membrane behaves like a biological semiconductor composed of lipid bilayers and protein channels.
Electron and ion flow sustain a steady electric field essential for ATP synthesis and redox homeostasis.
When electron availability diminishes (e.g., mitochondrial damage or water-structure collapse), membrane voltage drops, shifting metabolism toward anaerobic pathways.
關聯研究：

Alberts, B. et al. (2015). Molecular Biology of the Cell.
Fröhlich, H. (1968). Long-range coherence and energy storage in biological systems. International Journal of Quantum Chemistry, 2(5), 641–649.

（2）氧化還原電位與生理電壓（Redox Potential and Bioelectric Voltage）
中文：
Tennant 將**氧化還原電位（Redox Potential, Eh）與細胞電位（mV）**直接關聯：
Eh 與 pH 之間遵循 Nernst 方程式：當 Eh 降低（電子供應不足），細胞電位亦下降，細胞無法維持電化學穩定，進入病理狀態。
英文：
Tennant correlates redox potential (Eh) directly with cellular voltage (mV).
According to the Nernst equation, when Eh decreases due to lack of available electrons, cell voltage also drops.
This loss of electrochemical stability leads to dysfunction and disease.
對應生物物理依據（Biophysical Correlates）：

Oxygen availability and redox balance determine mitochondrial membrane potential.
NAD⁺/NADH ratio reflects electron density and correlates with cell voltage.

參考文獻：

Nicholls, D. G., & Ferguson, S. J. (2013). Bioenergetics 4. Academic Press.

（3）水的結構與能量導通（Structured Water and Energy Conduction）
中文：
Tennant 與 Pollack 的觀點一致：水分子在細胞膜與蛋白質表面形成結構水（Structured/EZ Water），為能量傳輸與電子緩衝的介質。其穩定氫鍵網絡可支持電壓維持與能量共振，是生命能量系統的關鍵組件。
英文：
Tennant’s work aligns with Pollack’s findings:Water adjacent to membranes and proteins forms structured (EZ) water, which acts as both an energy conductor and electron buffer.
This hydrogen-bonded network sustains voltage stability and resonant energy transfer, essential to life’s electrical architecture.
相關文獻（Supporting Research）：

Pollack, G. H. (2013). The Fourth Phase of Water.
Del Giudice, E., & Preparata, G. (1998). Coherent domains in water and biological matter.

（4）電磁共振與組織修復（Electromagnetic Resonance and Tissue Regeneration）
中文：
Tennant 指出細胞組織具有特定頻率的電磁共振帶（20 Hz–20 MHz），與電子流與結構水震盪頻率一致。
外加適當頻率（如微電流、紅外光）可誘發共振恢復效應（Resonant Restoration Effect），
促進 ATP 合成、pH 正常化與電位重建。
英文：
Tennant identified resonance bands (20 Hz–20 MHz) corresponding to biological electron oscillations and structured-water dynamics.
Applying appropriate external frequencies (e.g., microcurrent or infrared light) induces a Resonant Restoration Effect,
enhancing ATP synthesis, pH balance, and membrane voltage recovery.
實驗對應（Experimental Correlates）：

Becker, R. O. (1985). The Body Electric.
Karu, T. I. (2010). Photobiomodulation: Mechanisms of Low-Level Light Therapy.

三、整合理論模型（Integrated Biophysical Model）

模型構成要素	中文說明	English Description
電位核心（Voltage Core）	細胞電位決定氧化還原能級與代謝方向	Cell voltage governs redox level and metabolic direction
結構水介質（Structured Water Medium）	穩定氫鍵網絡支撐電能共振與電子流	Hydrogen-bond networks support energy resonance and electron transport
量子共振場（Quantum Resonance Field）	水分子群形成相干域，可吸收外加頻率能量	Coherent water domains absorb external field frequencies
修復共振機制（Resonant Healing Mechanism）	外加電磁共振恢復電位與代謝秩序	Electromagnetic resonance restores voltage and metabolic order

四、理論實際應用（Practical Implications）
中文：

臨床能量醫學應用：透過微電流治療（Microcurrent Therapy）、低頻磁場或紅外線刺激恢復電位。
生物量測技術：以體內阻抗、電位與 pH 測量作為細胞能量狀態指標。
與量子醫學整合：將電場、光子與結構水視為細胞間訊息傳導的量子介質。

英文：

Clinical Energy Applications: Microcurrent therapy, low-frequency magnetic fields, and infrared light can restore cellular voltage.
Bio-Monitoring: Impedance, potential, and pH can serve as indicators of cellular energetic status.
Integration with Quantum Medicine: Electric fields, photons, and structured water form quantum media for intercellular communication.

五、結論（Conclusion）
中文：
Tennant 博士的研究從生物物理角度揭示「電位」是生命的核心驅動力。
細胞電位下降不只是症狀，而是疾病的根源。
恢復細胞電位的途徑包括電子補充、水結構修復、頻率共振刺激與氧化還原平衡重建，這一框架為能量醫學與量子醫學提供了可驗證的物理基礎。
英文：
Dr. Tennant’s research demonstrates, from a biophysical standpoint, that voltage is the fundamental driver of life.
Loss of cell voltage is not a symptom but the origin of disease.
Restoring cellular voltage—via electron supply, water-structure repair, resonant frequency stimulation, and redox balance—provides a verifiable physical foundation for energy and quantum medicine.

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