Empiric and Theoretical Study on Chee as a Fundamental Biomarker with New and Broad Implications for Physiology, Diagnosis, Therapy, and Whole-body Health

Using seven oscilloscopes, the Electromagnetic (EM) component of Chee for the 47-century old Traditional Chinese Medicine (TCM) has been tested to be a robust periodic function with a stable frequency of 60 Hz. We speculate that the 60 Hz rhythm in the biomarker Chee is the outcome of the biological evolution process over millions of years, thus can be extended to mammals; this point of view has been confirmed empirically.

Authors

Publication Details

Journal
Archives of Clinical Case Studies
Published
2025-04-08
DOI
https://doi.org/10.33552/accs.2025.04.000593
Primary Topic
Respiratory viral infections research
Type
article
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article

Empiric and Theoretical Study on Chee as a Fundamental Biomarker with New and Broad Implications for Physiology, Diagnosis, Therapy, and Whole-body Health

J Wang
Archives of Clinical Case Studies
Respiratory viral infections research
article

Empiric and Theoretical Study on Chee as a Fundamental Biomarker with New and Broad Implications for Physiology, Diagnosis, Therapy, and Whole-body Health

J Wang
article en

Abstract

Using seven oscilloscopes, the Electromagnetic (EM) component of Chee for the 47-century old Traditional Chinese Medicine (TCM) has been tested to be a robust periodic function with a stable frequency of 60 Hz. We speculate that the 60 Hz rhythm in the biomarker Chee is the outcome of the biological evolution process over millions of years, thus can be extended to mammals; this point of view has been confirmed empirically.

Archives of Clinical Case StudiesVol. 4(4)
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Openalex Percentile: Top 70%
Respiratory viral infections research
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Empiric and Theoretical Study on Chee as a Fundamental Biomarker with New and Broad Implications for Physiology, Diagnosis, Therapy, and Whole-body Health — J Wang · Archives of Clinical Case Studies (2025) | TGRS Research Map | TGRS