Incubated blood samples of an unjabbed individual

Crystalline structures, fibers, and more.

A few months back i incubated an anonymous persons blood for 2 or 3 days at 37C using a home made incubator consisting of just a jar, an Arduino Uno, DHT11 temperature sensor, and two large wire wound power resistors as heating elements.

I will share this basic and very crude design with anyone who might appreciate in a later post.

The sample was viewed on a slide, but then later viewed after it had dried out. The sample was not as expected for a normal blood slide when dried.

The fractal patterns in the above image are rather horrifying as they spread throughout the sample in such a densely populated way. Other experiments confirm this to be more closely matched to that expected to be seen in technology papers than in that of the behavior of salts we would see in normal blood.

All though not a very specifically scientific way of proving something without costly analysis, watching the behavior of similar material found on nasal swabs highlights some very unusual properties in what is suspected to be this same material.

Crystal structures forming very clearly.

a very dark and complex distribution of materials spread throughout the dried blood in some areas.

Crystal or gel like structures forming from the concentrations of the blood itself.

Fractal patterns forming, probably consisting of similar crystaline material as many of the other artifacts.

Note the polymer like fiber protruding from the dried blood. A key indicator of what we are looking into here. It is all about folowing the polymer fibers in order to suspect the other abnormalities.

Strange cracks revealing as not cracks at all.

A mixture of the fractal cracks, gels, and fiber like formations beggining to materialize.

At lower magnification we can see a large amount of these tiny polymer like fibers breaching out of the dried blood sample.