Vaccine mRNA Found in Human Myocardium

Synthetic Product Targets the Heart, Causes Damage, with Uncertain Long-Term Implications

By Peter A. McCullough, MD, MPH

Up to June 16^th, 2023, the Vaccine Adverse Events Reporting System (VAERS) included 1,569,668 adverse event reports associated with COVID-19 vaccines, including 35,487 deaths, 27,229 myocarditis and pericarditis, and 20,184 heart attack reports (US domestic/foreign).  Before the COVID-19 pandemic, Meissner reported that 86% of VAERS entries were completed by medical personnel or vaccine manufacturers and only 14% were made by the patient or their family.  Thus, VAERS has demonstrated a very strong crude signal for myocarditis as an accepted complication of COVID-19 vaccination, however, additional information can be gleaned from autopsy in cases of death that are suspected to be caused by COVID-19 immunization. In fact, Walach et al stated that all deaths after COVID-19 vaccination should be investigated with an autopsy to better our understanding of the vaccines deleterious mechanisms on the human body. Autopsies represent one of the most powerful diagnostic methods in medicine, ascertaining causes of death and elucidating the pathophysiological mechanisms of disease. COVID-19 vaccines exhibit multiple mechanisms of injury to the cardiovascular system and are associated with a considerable number of adverse event reports, thus representing an exposure that is causally linked to death in some cases.

Krauson et al, from Department of Pathology, Massachusetts General Hospital, Harvard Medical School, performed a very small number of autopsies on patients who died after vaccination. They found found mRNA from the COVID-19 vaccines in human heart tissue out to 30 days. There was an insufficient sample to determine how long the synthetic genetic code stays in the heart. Unfortunately, Krauson’s stain for Spike protein yielded “nonspecific” results. However, if appropriately stained as done by Baumeier et al, it is anticipated that Krauson indeed would have shown Spike protein in close proximity to mRNA as the genetic code continues to churn out the deadly protein and cause inflammation as shown on these slides.