Can we identify the presence of toxic blood caused by C19 or C19 mRNA injections using a home microscope?

There has been a lot of talk about blood transfusions, breast milk, organ transplants, sperm donations (either the old fashioned way or via sperm banks) in relation to the presence of the toxic spike protein in the donor.

Many experts such as Byram Brindle, Ryan Cole, Robert Malone and Peter McCullough have already weighed in on the topic of using infected or injected donors.

I want to explore a different approach. It may get instantly shot down in flames, but having seen many reports of medics refusing to test for vaxx injury or not being able to diagnose symptoms they are presented with , I wonder if they can be given the help that they either deny they need or would undertake if they had time. (I will abstain from commenting on how little time there must be to fill-out the complex VAERS system after 8-16 hours shifts!).

From here: Microscope Slide Staining: What Is It and How to Do It – Microscope Clarity

There may be a few clues that we can all use at home, thus potentially helping out medical staff that do not have the time or the inclination to do so.

This is not a recommendation, rather a starting point for discussion. I am not proficient in staining or microscopy or any medical issue! I have no idea whether this microscope or this one is suitable. Neither do I have any proficiency in how to “stain” a sample, or what is needed to protect the sample from contamination. The stains look like they are quite dangerous if not treated with a lot of care and respect!

As I said, I am curious as to whether it is possible to get the ball rolling either in a single home, or the neighbourhood level, or even via mobile testing vehicles – on demand via a web-site or app.

We would need a lot of comfort around the safety of extracting blood for a sample! No multiple use of needles, slides or anything else and sterilized sampling practises!

From the previous link:

“Types of Slide Dyes

There are many dyes that are used with a microscope slide staining. Some of them are used for live cells, whereas others are designed for brightening purposes. If you want to know which dyes you can use with your microscope, you’re in the right place. Below, we’ll cover the primary dyes that you would encounter and when to use them.

Bismarck brown is used to stain cartilage, bone, live cells, and acid mucins. It can change the color to brown or yellow, depending on the material.

Brilliant cresyl blue is used to review developing, immature red blood cells. It’s dangerous, so users have to wear masks, gloves, and goggles.

Cupric acetate enhances polarized light images, but it’s also used in pesticides, making it a hazardous substance. Dress appropriately when using it.

Cupric sulfate improves visibility with a variety of substances, most of which are made of metal.

Janus green is used to inspect mitochondria once it’s been removed from the host plant.

Methylene blue makes body fluids and other organic substances easier to view. It is also used for multiple medical conditions and procedures.”

The last stain, methylene blue, may not be suitable for diagnostic purposes – as I said, I have no particular expertise in stains or microscopy. Hopefully others will chip in with comments and advise whether this is an inadvisable course of action unless supervised by a competent and qualified person, or whether, with a little training, any “non-idiot” can do it!

Here’s an example link to a supplier of methylene blue.

Buy Methylene Blue Liquid 10mg x 30mL | Nootropic Source

What do you think?