[danielsan]

Originally Posted by JoseQuinones ↗

For the medical nonprofessionals: That's not blood. That is corn syrup and red #4, maybe with some glycerin. Real blood sprayed on surfaces does not have that uniform color and consistency. It begins to separate the instant it hits air, a process called fractionating, with different components reacting to oxygen at different rates and creating a distinct color gradient. The color is darkest closest to the point of origin, since the platelets and glucose are sticky and don't evaporate. The plasma separates and spreads down, creating an "icicle" or "curtain" effect that is unmistakable and varies with every species. You can use some math on a blood splash and tell if it came from a human, a horse, or a frog.

Also, that patient is well ventilated, if he's even a patient. My money is on a nursing school lab being used to prank somebody or shoot a student-project PSA about ebola or something.

We did shit like this in nursing school lab.

I apologised, but I'm still not convinced 100% and I appreciate your opinion.

[kingofcarcosa]

Originally Posted by JoseQuinones ↗

For the medical nonprofessionals: That's not blood. That is corn syrup and red #4, maybe with some glycerin. Real blood sprayed on surfaces does not have that uniform color and consistency. It begins to separate the instant it hits air, a process called fractionating, with different components reacting to oxygen at different rates and creating a distinct color gradient. The color is darkest closest to the point of origin, since the platelets and glucose are sticky and don't evaporate. The plasma separates and spreads down, creating an "icicle" or "curtain" effect that is unmistakable and varies with every species. You can use some math on a blood splash and tell if it came from a human, a horse, or a frog.

Also, that patient is well ventilated, if he's even a patient. My money is on a nursing school lab being used to prank somebody or shoot a student-project PSA about ebola or something.

We did shit like this in nursing school lab.

What math teaches you the difference between the blood splash of a human, horse, or frog? Did they teach you this in nursing school???

[scandle6161]

They've just moved some of the equipment out the room, you can see whats left behind it all in the first pics

Originally Posted by pragmatist ↗

Two different photos. Equipment doesn’t quite match.

[Bruiseviolet]

Originally Posted by Anaesthetised ↗

Covid killed him before his morbid obesity did. He was doomed before the virus.

Yeah all the fat kids just dropping dead in the street.

[DanielPlainview]

Holy fuck, what a fat kid! Looking at his photos I felt like rolling him down a hill to see how fast he could go, glad he's dead so I don't have to.

[Excreto]

They wouldn't fake a scene like that at Cardinal Glennon

[flyflicker123]

SO he didnt die from Covid, he died from prior complications..And, it is probably true for 50 percent of all the deaths from this 99 percent recovery rate flu.

[justjux2]

super cool

[WonderMomma]

Some of you are absolute twat waffles. JS

[JoseQuinones]

Originally Posted by kingofcarcosa ↗

What math teaches you the difference between the blood splash of a human, horse, or frog? Did they teach you this in nursing school???

No, not in nursing school. They taught us about that in the forensic pathology rotation of medical school. There are published tables of the different viscosity/separation patterns of various species' blood. From there, you use trigonometry and a bit of physics to track splatter patterns. Here's a video on the physics of human blood splatter: .

The reason you need to know this is to help determine the different participants in a crime scene. For example, two men get into it, and Man A's dog leaps on Man B. Man B shoots the dog, getting the dog's blood all over him and splashing it all over the wall. Now Man A is pissed and shoots Man B, splashing his blood. Shit like this happens all the time, and can make the difference between a charge of manslaughter/self defense and murder in the first degree.

A crime scene investigator has to create a logical sequence of events for the pathologist to use as a frame of reference for their autopsy. I did not specialize in pathology, so my knowledge is somewhat limited.