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Vascular Damage Post-Vaccination: Glycocalyx Breakdown

This video discusses the damage caused to the vascular system after vaccination, highlighting the degradation of the glycocalyx and the presence of spike proteins in endothelial cells. The inflammation and arterial stiffness that result are linked to vascular dementia, with immune cells being drawn to the affected areas, contributing to micro clotting and ongoing damage. 

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Spike Protein and mRNA Vaccines: Uncovering Cancer Risks

This video explores the potential cancer-causing effects of the SARS-CoV-2 virus and its spike protein, particularly highlighting a case where a cancer patient experienced a rapid resurgence of tumors after receiving a vaccine booster. A study suggests that pseudouridine, found in certain mRNA vaccines, may contribute to this phenomenon, as animal models showed rapid cancer

Spike Protein and mRNA Vaccines: Uncovering Cancer Risks Read More »

SARS-CoV-2 protein induces the SASP phenotype

This video explains how spike proteins in infected cells cause irreversible damage, leading to the release of harmful cytokines like TNF-alpha and interleukin-6, which are prominent in long COVID. The speaker emphasizes the effectiveness of senolytics in selectively eliminating these damaged cells, with early tests showing a rapid release of spike proteins into the bloodstream

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Spike Protein in the Gut: Polysaccharide Binders

This video explains how SARS-CoV-2 can persist in the gut epithelium, creating a cycle of cross-infection between gut bacteria and the gut lining. The speaker highlights the importance of using strong binders, such as sulfated polysaccharides, to prevent viral particles from spreading, noting that these compounds can bind to spike proteins even more effectively than

Spike Protein in the Gut: Polysaccharide Binders Read More »

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