Goal
To explain the nature of blood, its coagulation, and the role of microzymas as fundamental living units responsible for fermentation, digestion and disease processes.
Problem
The long-standing mystery of blood coagulation, the origin of urea in the organism, and the alleged superiority of the germ theory of disease.
Concept Summary
Béchamp proposes that blood contains a third anatomical element - the microzyma - a living granular entity capable of fermenting sugars, producing urea, and giving rise to bacteria under certain conditions. These microzymas are the true units of life, responsible for physiological processes such as digestion and coagulation, and they persist throughout the organism.
Principles
- Microzymas are living granular entities present in blood and tissues.
- Microzymas can invert sugar (fermentation) and produce urea.
- Microzymas evolve into bacteria under specific environmental conditions.
- Blood is a flowing tissue whose properties are governed by microzymas.
Scientific Domains
Materials
- Calcic carbonate
- Calcareous rock (limestone)
- Sugar solution
- Albuminoid substances
Mechanisms of Action
- Fermentation of sugars by microzymas (invert sugar production).
- Urea synthesis from albuminoid oxidation.
- Transformation of microzyma granulations into bacterial forms.
Energy Sources
Applications
- Medical diagnostics of blood disorders
- Industrial fermentation processes
Claimed Performance
Microzymas can invert sugar and ferment it without external germs; they also generate urea from albuminoid oxidation.
Experimental Evidence
Béchamp demonstrated that moulds (microzymas) invert cane sugar into glucose, that precipitated calcic carbonate inhibits this inversion, and that adding calcareous rock restores it. He also showed urea formation by oxidation of albuminoid matter.
Replication Status
Experiments were performed and described by Béchamp; no modern independent replication is reported in the article.
Limitations
- Lacks modern experimental validation
- Concept conflicts with established microbiology
- No quantitative performance data
Red Flags
- Claims contradict widely accepted germ theory
- Historical experiments lack rigorous controls
- Potential for pseudoscientific interpretation
