Pleomorphism
What if microbes aren't fixed species—but shape-shifters that transform based on their environment?
Pleomorphism: many forms.
Pleomorphism (from Greek: pleo = many, morph = form) is the theory that microorganisms can change their shape, size, and function depending on their environment.
A bacterium might become a virus-like particle. A harmless commensal might become pathogenic. The same organism, different forms—determined by the terrain.
This directly contradicts mainstream monomorphism—the belief that each microbe is a fixed species with unchanging characteristics.
Two views of microbial life.
Monomorphism (Orthodox)
- • Microbes are fixed species
- • A strep is always a strep
- • Environment doesn't change form
- • One microbe = one disease
- • Identify and kill the pathogen
Pleomorphism (Alternative)
- • Microbes transform based on conditions
- • Form follows environment
- • Same organism, many manifestations
- • Terrain determines pathogenicity
- • Fix the terrain, change the microbe
The pleomorphic cycle.
Researchers like Béchamp, Enderlein, and Naessens observed microorganisms progressing through developmental stages based on their environment:
Primitive particles
Tiny particles (microzymas, protits, somatids) present in all living tissue
Virus-like forms
Under stress, particles develop into small, virus-like entities
Bacterial forms
Further terrain degradation produces bacterial stages
Fungal forms
In severely compromised terrain, fungal and yeast-like stages emerge
The key insight: These aren't different species invading—they're the same organisms adapting to increasingly toxic conditions.
Modern observations.
L-form bacteria
Mainstream science acknowledges that bacteria can lose their cell walls and transform into “L-forms”—essentially changing species characteristics.
Biofilms
Bacteria in biofilms behave completely differently than free-floating bacteria—same organism, different form and function based on environment.
Quorum sensing
Bacteria change their behavior based on population density and environmental signals—not fixed programming.
Candida transformation
Candida shifts between yeast and hyphal (fungal) forms based on pH, temperature, and nutrient availability—classic pleomorphism.
What this means.
If pleomorphism is true, then fighting individual microbes is like playing whack-a-mole. You kill one form, and the organism simply shifts to another.
The solution: Don't chase the microbe—change the terrain. When the internal environment improves, pathogenic forms naturally revert to harmless stages.
Change the environment, change the organism.
Microbes aren't your enemy—they're messengers telling you about your terrain.