Understanding COVID-19 Illnesses and Vaccines

Dr. Yusuf Saleeby provides a comprehensive overview of COVID-19 illnesses, including variants and the mRNA vaccine. He details Long-COVID, PASC, and how SARS viruses can exacerbate chronic diseases. The presentation explains the pathological mechanisms of the S-spike protein, its impact on ACE2 receptors, and its role in triggering clotting disorders, vasculitis, and autoimmune responses. Vaccine-related injuries are also discussed.

To start with uh we will talk about COVID illnesses that include the following the SARS KV2 related illnesses or COVID 19 uh and associated varants. The mRNA COVID vaccine or shot as we like to refer to it as it is not a true vaccine. uh S1 spikeopathy or the new term spikeopathy uh related to the S1 spike on the virus and then we have longcoid or long haulers post-accute squella of COVID PASC or pasque we have neuro pasque we have cardiac pasque and we have autoimmune pasque as well also postcoid illnesses ES. So you have uh things like long vax or the vaccine injured and then you have the covid illnesses. The sars virus uh potentiation of chronic illnesses is an other aspect of the combination of chronic illnesses. Well, here on this slide, we'll talk about how the co virus and the uh spike protein causes disease. So we know from uh the covid infection along with the covid shots uh there is a covid viral infection which is an acute illness triggered by uh protracted course sometimes um long covid or long c as we refer to it and then it affects the systems and tissues in uh chronic disease state. So the mRNA vaccine or shot as we refer to it um is uh can cause a vaccine injury onset after one or more shots. high levels of IGG spike which can be quantified by blood p corology testing in circulation and it affects the systems and tissues in chronic disease states and sometimes wakes up or activates other chronic diseases. So COVID virus is a trigger. The pathic spike protein acts as an agent uh nonIG if you will to spark disease states. It triggers a TH1 to TH2 shift impacts ACE2 receptors. Uh there are some 72 known receptors that it can light upon. uh can cause some clotting disorders both macro and micro clotting due to its uh disruption of the endothelial lining and causing vasculitises. It also triggers autoimmunity. This is a TH17 aspect and it can activate a number of stealth infections. Uh Epstein bar and CMV for example, lime, bartinella, besia, mold toxicities, autoimmune disorders, some 120 to 125 on record. It can disrupt hormone balance. It can cause disbiosis and heavy metals and environmental pollutants are also um things that it can act upon. Uh poor lamps, lifestyle associated molecular patterns and PAMPs and damps for that matter and of course MCAST mass cell activation syndrome.

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