Topic: Antoine Bechamp

Antoine Bechamp comes up in 3 chapters across 3 episodes of The Higherside Chats Free Show, from December 2016 to May 2021.

December 2016 May 2021

Related topics

Dr. Barre Lando | Waveform Mechanics, True Healing & The Natural Ways
• 17:01 - 20:16

Dr. Barre Lando | Waveform Mechanics, True Healing & The Natural Ways

Bioterrain Medicine and the Germ Theory Critique

The discussion shifts to bioterrain medicine, which focuses on treating the body's ecology rather than specific diseases. Dr. Lando critiques the germ theory of disease, labeling Louis Pasteur a "cutout" who plagiarized the work of Antoine Bechamp. He argues that microbes are often benign or beneficial actors in a self-maintaining organism rather than inherent pathogens.

bioterraingerm theorylouis pasteurantoine bechampclinical kinesiology
Dr. Andrew Kaufman | Schizophrenia, The COVID-19 Coronavirus, & Exosomes
• 20:31 - 26:08

Dr. Andrew Kaufman | Schizophrenia, The COVID-19 Coronavirus, & Exosomes

Germ Theory History and the Béchamp-Pasteur Rivalry

The conversation shifts to the historical foundations of germ theory, focusing on the rivalry between Louis Pasteur and Antoine Béchamp. Kaufman argues that Pasteur plagiarized Béchamp’s work on fermentation while ignoring Béchamp’s findings that microorganisms can arise from within the body's own tissue. The segment introduces "terrain theory," which emphasizes the internal environment over external pathogens.

Sofia Smallstorm | Biological Darkness & Techno-Eugentics
• 20:24 - 25:04

Sofia Smallstorm | Biological Darkness & Techno-Eugentics

Germ Theory Fallacy and the Béchamp Bio-Terrain Model

Sophia Smallstorm challenges the foundational germ theory of modern medicine, labeling it "Rockefeller Medicine." She contrasts Louis Pasteur’s germ-centric model with Antoine Béchamp’s bio-terrain theory, which suggests that internal cellular balance determines health rather than external microbes. The segment claims that viruses are not organic living entities and that most illnesses result from cellular toxicity and energy loss rather than bacterial invasion.