News & Research
Biogenic Digital Emissions as Subtle EM Signatures for Phage Induction
Drawing from our comprehensive exploration of phage induction mechanisms—encompassing technological, strategic, and biophysical dimensions—to reframe the analysis using known human emissions as the subtle multicarrier composite waveform electromagnetic (EM) trigger. Human emissions include ultraweak photon emissions (UPE) from oxidative metabolism (300–650 nm, ~10^{-15} W/m²) and extremely low frequency (ELF) bioelectric fields (0.05–500 Hz from neural and ...
How Do Native Phages Kill the Targeted Bacteria?
Although the name Bacteriophage means “bacteria-eater,” bacteriophages do not literally “eat” their way out of the bacterial host cell. The phrase “phages eat bacteria” is a popular-science shorthand that can be misleading. Phages are obligate intracellular parasites (viruses), not predators that consume host biomass like amoebae or macrophages. They never digest or “eat” the bacterium from ...
Why are nanoparticle minerals used in the Inducen formulas?
In certain segments of the population the term nanoparticle conjures up images of nanobots and self-assembling nanotechnologies. While these concerns are legitimate, the use of nanoparticles in the Inducen formulas has nothing to do with anything scary. The term nanoparticle simply means that the size of the mineral is less than 100 nanometers. If you eat ...
The Science of Using Deuterium-Depleted Water and Selected Nanoparticle minerals in INPT
What effects on nanomineral dispersion will be seen in deuterium depleted water which has greater exclusion zones? Enhanced colloidal stability and improved dispersion (reduced aggregation/sedimentation) of nanomineral particles, driven by stronger exclusion and repulsive forces from expanded EZ layers. Deuterium-depleted water (DDW, typically <150 ppm D, often 25–110 ppm) promotes significantly larger exclusion zones ...
Breakthrough in Chronic Bronchiectasis Treatment: A Revolutionary Success Story
Read the article here At Biologix Center, they’re committed to exploring and sharing innovative therapies that push the boundaries of modern medicine. Now, they're excited to announce a groundbreaking development in the treatment of chronic respiratory conditions like bronchiectasis, published in the Cureus journal: “Successful Treatment of a Patient With Chronic Bronchiectasis Using an Induced Native ...
Induced Native Phage Cocktails: A Breakthrough for Multi-Microbial Activation Syndrome
Read the full article here >> Chronic illnesses are complex, often involving multiple pathogens that activate simultaneously and lead to persistent, treatment-resistant conditions. This phenomenon is known as Multi-microbial Activation Syndrome (MMAS), a term coined to capture the multi-faceted nature of these illnesses. Conventional treatments, including antibiotics and antifungals, are often ineffective over the long term and can ...
