Japanese researchers warn of risks from vaccinated blood in transfusions
A recent preprint study by a Japanese research team has sparked a heated debate as it highlights serious risks associated with blood transfusions from people who have been vaccinated against COVID-19. The study highlights six main issues where the COVID-19 vaccines damage the composition and biochemistry of the blood. According to the researchers, the vaccines can cause harmful changes in the blood, including spike proteins that can cause blood clots and immune disorders. There are calls to reconsider blood transfusions from vaccinated people and to carry out specific tests to minimise these risks.
Source: Uncutnews.ch, 19 Sept. 2024
The six main points of the study are as follows:
- Lingering spike proteins in the blood: these proteins can accumulate in various organs and have harmful effects on blood cells and platelet aggregation. The researchers recommend removing such proteins from blood products.
- Immune system cannot neutralise spike proteins: In some cases, the body cannot break down these proteins, leading to the formation of amyloid aggregates and microthrombi that are difficult to eliminate.
- Impairment of immune function due to repeated vaccinations: Repeated vaccinations can weaken the immune system, which means that blood from heavily vaccinated individuals may not provide sufficient immunity against infections.
- Lipid nanoparticles (LNPs) and mRNA remain in the blood: These can remain in the bloodstream longer than expected and trigger unwanted inflammatory reactions.
- Clumping of red blood cells and platelets: This can increase the risk of blood clots and cardiovascular events if not recognised prior to transfusion.
- Long-term exposure to spike proteins: This could lead to the formation of IgG4 antibodies and memory B cells, which could favour chronic inflammation and immune system disorders.
The researchers emphasise that unvaccinated blood should be considered safer and that unvaccinated blood should be preferred for transfusions.
