Topic: Exosomes

Smallstorm uses a mailman analogy to explain how the Tobacco Mosaic Virus acts as a delivery envelope for mRNA instructions in vaccines. She describes the process of endocytosis, where cells take in these synthetic materials thinking they are nutrients, only to be hijacked into producing spike proteins. These proteins are then expelled via exosomes, which Smallstorm defines as shuttles for genetic information that can affect other cells.

The discussion shifts to the idea that an optimized biological terrain is the best defense against any external threat, whether a lab-created virus or environmental factors like 5G. DeCarle criticizes the industrial food system, specifically noting the dangers of feeding infants mixed processed fruits rather than single whole foods. He suggests that modern chronic illnesses in both humans and pets are primarily the result of nutritional poisoning and lack of fresh, seasonal food.

The biological mechanism of viral entry via spike proteins and receptors is explained alongside the role of exosomes in cellular communication. The guest disputes the mainstream understanding of HIV and AIDS, suggesting that HIV is one of many factors present in the syndrome rather than the sole causal agent.

The discussion focuses on how viruses act as intracellular parasites that hijack the body's vesicular trafficking machinery for replication and transmission. The guest argues that exosomes can be manipulated to carry viral information, a process he calls exosome mimicry, which complicates the distinction between host cells and pathogens.

Smallstorm theorizes that exosomes act as a biological "Air Force" that delivers electrons to dying cells via piezoelectric signaling. She suggests that cells communicate the need for these exosomes through infrared signals when other healing processes fail. The spikes on these particles are described as piezoelectric tools that create voltage-gated openings in cell walls to provide a new fuel supply.

Morrell questions the fundamental concept of viral contagion, citing failed attempts to prove the Spanish Flu was contagious in 1918. She suggests that what are currently identified as viruses are actually helpful exosomes produced by the body to deal with toxins. The discussion also posits that historical outbreaks like anthrax were actually instances of mass poisoning, such as arsenic exposure from sheep dip.

Brown addresses the popular "exosome theory," which suggests viruses are merely cellular excretions used for detoxification. He argues against this view, stating that viral protein capsules and genomes are clearly foreign to the human body and distinct from the lipid vesicles involved in standard cellular processes like neurotransmission.

The discussion explores the nature of viruses, referencing the work of Dr. Andrew Kaufman, Don Lester, and David Parker. The participants align with terrain theory, suggesting that viruses are internal excretions of toxic cells rather than external pathogens. They highlight the success of the book "What Really Makes You Ill?" and question the validity of germ theory in the context of human history and common sense.

The host explores the concept of the "virome" and the natural exchange of viruses, comparing it to the discovery of the beneficial gut biome. He argues that the current crisis is being used to usher in a "vaccine poisoned surveillance state."

Kaufman defines exosomes as nano-sized particles secreted by human cells to communicate and neutralize toxins. He argues that what virologists identify as "viruses" are actually these beneficial exosomes, noting their identical appearance under electron microscopes. The segment suggests that illness-related genetic material found in tests is actually the body's own response to environmental stress or radiation.