I've heard that IVM binds to the spike protein which may essentially disable them, thereby preventing associated mischief. If I had the vaxx (which I will never do) I would at least be on a daily aspirin indefinitely. With that kind of clot this guy's Fibrin Degradation Products (d-Dimer) would have been through the roof. Glad I could help to stimulate the thought process.
Aspirin "thins" the blood by making your platelets less sticky and less likely to aggregate to form a clot. Other blood "thinners" work by inhibiting the production or activity of various clotting factors. I believe Plavix works in a way similar to aspirin. The term blood thinner is a bit of a misnomer as it does not make one's blood less viscous. The only thing I know of that actually makes your blood less viscous is copious hydration. This is why dehydration is a risk factor for blood clots, strokes, and heart attacks. With aspirin, clots are less likely, won't grow as fast, and may not grow as large. This may give your body more of a chance to successfully dissolve them on its own.
If you are interested, see coagulation cascade. It is quite fascinating. Complex with multiple feedback loops, for good reason.
Blood side vs Airway side is also a big reason why ventilators were not helpful for covid; the blood vessels in the lungs were clotting up.
Exactly. I wonder how HQC/Quinine/Ivermectin & Zinc prevent those proteins from combining. A whole new level of fascination has opened up in me.
I've heard that IVM binds to the spike protein which may essentially disable them, thereby preventing associated mischief. If I had the vaxx (which I will never do) I would at least be on a daily aspirin indefinitely. With that kind of clot this guy's Fibrin Degradation Products (d-Dimer) would have been through the roof. Glad I could help to stimulate the thought process.
I know aspirin is a good blood thinner, though I haven't even considered it preventing clots.
edit: or helping bypass clots.
Aspirin "thins" the blood by making your platelets less sticky and less likely to aggregate to form a clot. Other blood "thinners" work by inhibiting the production or activity of various clotting factors. I believe Plavix works in a way similar to aspirin. The term blood thinner is a bit of a misnomer as it does not make one's blood less viscous. The only thing I know of that actually makes your blood less viscous is copious hydration. This is why dehydration is a risk factor for blood clots, strokes, and heart attacks. With aspirin, clots are less likely, won't grow as fast, and may not grow as large. This may give your body more of a chance to successfully dissolve them on its own.
If you are interested, see coagulation cascade. It is quite fascinating. Complex with multiple feedback loops, for good reason.
https://www.osmosis.org/answers/coagulation-cascade.