The COVID Advisor

Introduction The rapid development and deployment of COVID-19 vaccines have been monumental in combating the global pandemic, saving countless lives and enabling societies to regain a sense of normalcy. Central to the efficacy of many of these vaccines, particularly mRNA and viral vector-based ones, is the spike protein—a key component of the SARS-CoV-2 virus that facilitates its entry into human cells. By instructing the body to produce a version of this protein, vaccines train the immune system to recognize and neutralize the virus without causing illness. However, as vaccination campaigns expanded, so did public curiosity and concern about the spike protein's role, fueled by a mix of scientific complexity, misinformation, and distrust. This article aims to cut through the noise by providing a fact-based exploration of the spike protein in COVID-19 vaccines. Drawing on peer-reviewed studies, expert insights, and data from health authorities, we unpack common claims, clarify the s...

BY THOMAS E. LEVY, MD, JD As the acute cases of COVID have continued to decline, the prevalence of the Persistent Spike Protein (PSP) syndrome has continued to increase. The spike protein is that part of the COVID pathogen that attaches to ACE2 receptors throughout the body and permits the entry of the entire virus into the newly infected cell. There appear to be no cells, tissues, or organs in the body that are completely spared from this PSP attack once enough of it has been introduced into the body. The many mechanisms of action involved in the ultimate removal of spike protein. The persistent presence of the spike protein has been shown to be secondary to the inability to completely resolve a bout of COVID (chronic COVID or long-haul COVID) as well as the spike protein exposure from mRNA inoculation(s). And as more time has passed, the PSP syndrome following one or more mRNA shots has emerged as the most common reason for PSP, especially following a booster injection. Not surprisi...