Recent studies and expert reactions have raised concerns about unintended immune responses and potential risks associated with mRNA vaccines. The Nobel Prize was awarded to Katalin Karikó and Drew Weissman for their work on mRNA with nucleoside base modifications. A new study suggests that mRNA vaccines may cause the body to produce 'trash proteins', potentially leading to cytotoxic T-cells attacking the body's own cells. Additionally, children vaccinated in mRNA COVID-19 trials may be at a higher risk of certain illnesses. However, a Nature paper presents the Immune Dictionary and its companion software, aiming to understand and prevent unintended immune responses in mRNA therapeutics.
Children Vaccinated in Messenger RNA COVID-19 Trials at Higher Risk of Certain Illnesses: Study https://t.co/GDM4azTf0b
Some COVID Vaccines Produce ‘Unintended Immune Response’ in Recipients: Study https://t.co/RzqrWNyrbW
A @Nature paper presents the Immune Dictionary and its companion software, which is based on an analysis of in vivo responses to 86 cytokines across more than 17 immune cell types. https://t.co/2RYtzi9yMh https://t.co/tiI1N6iMwN
expert reaction to study on understanding and preventing unintended immune responses in mRNA therapeutics whilst it may be the case that minor responses to these error-driven small proteins exist in some people, the only time they are ever likely to https://t.co/JkdssGGbPz
🚩 Dr. Mobeen Syed Explains the New Bombshell Study Showing mRNA Vaccines Cause the Body to Produce ‘Trash Proteins’ “We do not know what the cytotoxic T-cells will do. Will they learn a bad trashy mistranslated protein and go and attack some part of our own cells because of… https://t.co/fYYI5FYS0u https://t.co/yiytksnOZh
HOW IT STARTED: “This year’s Nobel Prize is…awarded to Katalin Karikó and Drew Weissman for their work on how in vitro transcribed mRNA with nucleoside base modifications evades the innate immune system and improves protein expression levels…Studies showed that… https://t.co/sNXhKroBzd https://t.co/y1w78uGCV5