![]() ![]() ![]() Research has proven that these are two completely different proteins. More specifically, these claims state that COVID-19 spike proteins can cause a woman’s immune system to attack a different type of spike protein that is essential for placental health during pregnancy. Researchers at both Pfizer-BioNTech and Moderna were working on mRNA vaccines for cancer before the COVID-19 pandemic and were able to use the experience they had with the technology to develop the mRNA COVID-19 vaccines that are available today.Ī second false claim about the harms of spike proteins is that they can affect women’s fertility. In contrast, researchers and scientists are hopeful that mRNA technology can be used to treat and prevent cancer. There is no evidence that mRNA vaccines or the spike proteins produced by them in the body can affect our body’s DNA in that way or cause cancer. The idea that vaccines could affect DNA repair is concerning because sustained, constant damage to DNA can lead to development of cancers. The study was retracted later in the same year due to concerns about invalid methods. One study published in 2021 made this claim that continues to be referenced. There is no evidence that mRNA vaccines or the spike proteins produced by those vaccines in the human body can interfere with DNA repair mechanisms. One of the false claims about the harms of spike proteins is that they can damage the body’s DNA repair mechanisms (a set of processes through which a cell can correct damage to DNA molecules). These spike proteins from COVID-19 vaccination play an important role in training the immune system to protect the body from COVID-19.įalse claims about the toxicity of spike proteins from COVID-19 vaccination often come from the misinterpretation of studies, and fail to take into account how spike proteins from COVID-19 vaccination behave differently than the spike proteins from natural COVID-19 infection. The spike proteins produced in the body from COVID-19 vaccination are widely considered safe, whether from mRNA vaccines (e.g., Moderna, Pfizer) or viral vector vaccines (e.g., AstraZeneca, Johnson & Johnson). ![]()
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