Please consider this. When an artery gets severed, the body imposes an arteriospasm to curtail the blood loss. Below is from Google AI. Now, what we see happening to Charlie in the graphic video, shows the complete absence of any arteriospasm. The blood is pouring and gushing out of him like a fountain. It's like a river of blood flowing out of him. So, why didn't his body cramp that artery?
People have pointed out that it looks fake, and that the blood doesn't even seem to be sticking to his skin or his clothes. Is it fake?I suspect that it's fake, but, I'm not saying he wasn't shot. I'm saying that he was shot in the neck with a less powerful weapon and ammo, and that they decided to make it look like a tsunami of blood because "people will expect a 30-06 to cause a lot of damage, so let's give them a lot of damage."
You can watch it here. https://www.bitchute.com/video/G3O4AE8Hpi8f and it's graphic, so be warned. I have never heard of blood pouring out of the body like a shower, as we see there. Have you? With all the wars that have been fought, have there been any reports of struck soldiers bleeding like that? Ever?
AI Summary
Arteriospasm is a temporary constriction of an artery that occurs when it is severed. This response is part of the body's immediate reaction to prevent excessive blood loss. Here are some key points about arteriospasm:
Mechanism of Action
When an artery is damaged, the smooth muscle in the arterial wall contracts, leading to vasoconstriction.
This contraction helps to reduce blood flow and minimize bleeding at the injury site.
Duration
Arteriospasm is typically a short-term response.
It may last from a few minutes to several hours, depending on the severity of the injury and the body's healing processes.
Clinical Significance
While arteriospasm can be beneficial in controlling bleeding, prolonged spasm can lead to ischemia (insufficient blood supply) in the tissues supplied by the affected artery.
Management
In cases of severe arterial injury, medical intervention may be necessary to restore blood flow and prevent complications.
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