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FoundMyFitness · 2021-09-17 · Rhonda Patrick, Roger Seheult, Kyle Allred (host)

COVID-19 Vaccines and Ivermectin with MedCram and Dr. Roger Seheult

72 claims checked against research: 2 contradicted 2 needing context 50 supported 18 unverified

2

Needs context

0:29:12Rhonda Patrickneeds contextmoderate

Following mRNA vaccine injection into muscle cells, translated spike protein levels peak after 24 hours, vaccine mRNA has a half-life of 48 to 72 hours, and the lipid nanoparticle vehicle degrades within hours.

"make the spike protein, which itself has been shown to peak after 24 hours, and then after 48 hours, the spike protein—half-life of the protein that's made is degraded. This is not very long-lasting. The mRNA itself also has a half-life somewhere between, you know, 48 to 72 hours, and the lipid nanoparticle has this a very short—like within hours, it really only lasts long enough to protect the mRNA from being degraded." (said at 0:29:12)

Preclinical biodistribution and pharmacokinetic models of mRNA-lipid nanoparticle (LNP) vaccines demonstrate that mRNA translation and antigen production are transient, with peak expression occurring early (typically within 24 to 48 hours) and rapid clearance of the lipid vehicle and translated protein over several days. However, human pharmacokinetic and observational studies show wider kinetic variability, with trace levels of vaccine-derived mRNA and spike antigen detectable in systemic circulation and lymph nodes for up to several days or weeks in some individuals, rather than strictly clearing within a few hours to 72 hours.

0:46:45Roger Seheultneeds contextmoderate

In VAERS reporting following COVID-19 vaccination, the highest volume of reported deaths occurs within one to two days after injection, followed by a precipitous decline.

"We see that the most reporting occurs within one or two days, and then it goes down precipitously, consistent with that type of pattern." (said at 0:46:45)

Surveillance of COVID-19 vaccine safety using passive (VAERS) and active (v-safe) monitoring systems demonstrates that adverse event reporting peaks shortly after injection (particularly on days 0–2) before dropping off. However, this temporal distribution in passive surveillance systems like VAERS reflects reporting bias—where coincidental events or acute post-vaccination reactions occurring immediately following administration are far more likely to be reported—and does not establish a causal relationship between vaccination and reported mortality.

Unverified means no publication matching the claim was located; it does not prove the claim false. Spotted an error? See the corrections policy - disputes from the people quoted are prioritized.