Why athletes?
Apparently stress to the heart is a factor which is inherent with athletes
has the vaccine impacted that?
might be known but I don’t know it
Athletes dropping is because their heart rates are sky high. This is why you're seeing it mostly in sports with prolonged periods of high heart rates (soccer, basketball, tennis, long distance running). Normally they'd be fine, but my hypothesis is they have micro-clots in their blood due to the vax. The clots when under high pressure for extended periods build up quickly and cause the heart to stop or a stroke to happen.
Anecdotally I see players from other sports besides the above mentioned collapsing at practice and not during competition.
“Still do not understand, why athletes!”
*****
“Why athletes?
“Apparently stress to the heart is a factor which is inherent with athletes
has the vaccine impacted that?
might be known but I don’t know it”
*******
I don’t have a medical background, but from what I’ve run across it may have to do with Graphene Oxide. I believe some of the vaccines have them, and the blue masks are “sterilized with it”. However once you get enough GO in the blood stream, the molecules can link up. “Graphene oxide (GO) is a member of a family of two-dimensional (2D) materials, derived from the oxidation of 2D graphitic structures” (https://www.nature.com/articles/s41598-023-33350-5).
As enough of it is placed into your bloodstream, they appear to form a floating razor blade that can start lacerating red blood cells and artery/vein walls. Red blood cells don’t like rough surfaces and start to coagulate. During heavy sports, good athletes have a lot of blood flowing, which would unfortunately create more lacerated blood cells hence more coagulating. With the oxygen demand of duration sports, smaller blood vessels getting blocked (especially around the heart?), the body simply is demanding more oxygen than is being provided and blocked.
Maybe one of our more medical-oriented contributors could chime in, but that’s what I’m theorizing unfortunately.
(Quick reference calculation: C-C bond length of GO is 0.142 nm; Red blood cells are ~7um diameter. You’d need minimum 49,296 GO molecules to span a red blood cell. Don’t make me start counting mols of a substance, chemistry’s not my favorite subject either!)