Covax Toxicology
Stephanie Seneff
Summary
- Synthetic cationic lipids easily taken up (LDL-like), resistant to enzyme degradation, appearing as human molecule
Nucleoside / Protein
- Pseudouridine / 2 prolines added to middle of sequence
- Locked spike disables ACE-2 receptors
- Codon-optimized to maximize protein production
- Spike/mRNA in lymph 60+ days, and in bone marrow
Disease Concern
- Suppess BRCA protein (breast cancer)
- VAERS signals: rate ~1 order magnitude higher. 97-99% of reports for thrombosis/heart/neurodegen
- Exosomes: particles placed in exosomes at spleen and distributed along vagus nerve
- Type-1 interferon response disruption
- Disruption of CD4+ monocytes
Michael Palmer
- Cleaved spike inducing biological activities
- Destroy cells that produced antigen
- Cationic lipid breaks down membrane barriers, including of mitochondria
- Progressive destruction of cells with each subsequent vaccination
- classic vaccines include antigen, and are thus marked for destruction and to be discarded upon re-vaccination
- this does not occur with mRNA vaccines, thus the antigen is always expressed by cells and those cells always induce a response from the immune system
Spike
- Attack cells that express spike
- Particularly capillaries/venules
- Spike expressed by endothelial cells causes damage allowing blood to access tissue beyond endothelium where blood clotting will occur
- Spike protein found in exosomes of patients and study subjects 4 months after vaccination
- Vaccine every 6 months could mean continuous production of spike protein / continuous reactivity of immune system
Heart
- Easiest to detect heart issues with young people
- Many heart disease-related deaths might be due to vaccine
Immunosuppression
- Reactivation of viruses (shingles/varicella zoster)
- Cancer / reactivation of cancer
- Ulcers in mouth
- Endocrine-limited bandwidth of inflammation prevents upregulation of immune activity in order to effectively combat pathogens
Pharmacokinetics
- In blood 15 mins post-IM administration
- Peak @ 2 hrs
- Accumulate in liver, spleen, ovaries, adrenals
- Should expect accumulation in placenta and breast glands
DNA Damage
- Cationic lipids are known to damage mitochondria, leading to ROS and DNA damage
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