Going to attempt a twitter space tomorrow with some cardiologists at noon to discuss a non-COVID cardiology topic. #twitterheartspaces
We'll be discussing re-analysis of the data used to approve a common injectable medicine to lower cholesterol levels -- Evolucumab
Evolucumab was shown to markedly lower LDL in patients who already had very low LDL levels to begin with.
The real question is whether it also lowered an endpoint that matters to patients like fewer heart attacks, fewer stents, or dying less..
The FOURIER primary endpoint was a composite of : (cardiovascular death, MI, stroke, unstable angina, or need for a stent/bypass) and reduced this endpoint by 1.5% (1344/13784 in the evolocumab arm vs 1563/13780 in the placebo arm)
This lead to FDA approval..
This was driven almost entirely by myocardial infarction / need for revascularization . There was no difference in cardiovascular death, death from any cause.
A separate group of investigators acquired the 30,000 pages of documents submitted by the drug maker to re-analyze how the deaths in the original trial were adjudicated.. and note deaths of cardiac origin were actually higher in patients given evolocumab bmjopen.bmj.com/content/12/12/…
The FOURIER study authors responded shortly after to note the reanalysis is fundamentally flawed because the authors did not have access to clinical source documents.. bmjopen.bmj.com/content/12/12/…
“Vaccine myocarditis is less severe than myocarditis from the virus”
What is this assertion based on?
Maybe MIS-C ? Which afflicted young children earlier in the pandemic (risk of mis-c seemed to drop with successive waves)
Also need a machine learning model to differentiate kawasakis from mis-c 🤔
In the best review of the topic from (Emory in the US ) of myocarditis in children, authors had to use historical classic pre-2020 viral myocarditis bc there was no acute COVID myocarditis
The presentation of this vaccine induced S-protein on the surface of host cells produces an immune reaction that forms the basis of the protection when encountering sars-cov2 in the wild.
The molecular mimicry hypothesis for vaxx myocarditis is that the designed S-protein is so similar to the bodies own proteins, that the bodies immune system starts to attack the bodies own organs.
A 26-year-old male with no pre-existing medical conditions or cardiovascular risk factors presented to local hospital with pleuritic chest pain and dyspnoea approximately 11 days following vaccination with 2nd dose of BNT162b2.
ECG demonstrated diffuse upsloping ST elevation.
TnT normal. Echo normal.
Diagnosed with pericarditis
6 months after : boosted with NVX-Cov2373 (non mrna COVID vax)