The eyes are likely to have the evidence of longer term Covid Vaccine harm

This an opportunity for everyone to get involved in research

The absence of acknowledgment regarding potential harms caused by Covid vaccines engenders a profound sense of anxiety, undermining effective disease mitigation efforts.

Twitter Source: @OutsideAllan

A fundamental aspect of medical practice revolves around the identification and proper management of risks. This explains why we conduct screenings for diseases among individuals of a certain age bracket.

The cornerstone of medicine lies in the mitigation of these risks.

To definitively ascertain the presence of possible risks associated with Covid vaccines, we can turn to a rather revealing source: our own eyes.

Among the most sophisticated and easily observable organs for screening purposes is the retina. An exemplary test that holds immense value in this context is Optical Coherence Tomography (OCT).

Chat GPT explaining OCT to a high school student

OCT is a special imaging technique that allows doctors to see inside your eyes and capture detailed pictures of the different layers of your retina. The retina is a light-sensitive part of your eye that helps you see.

Here's how it works:

1. Light Source: OCT uses a special light source, like a flashlight, but with a very specific type of light that can't be seen by your eyes.

2. Light Beams: The OCT machine sends these light beams into your eye. They travel to the back of your eye, where the retina is located.

3. Interference: When the light beams reach the retina, they bounce back or get reflected by different layers of the retina. These reflected beams create patterns called interferences.

4. Detection: A detector in the OCT machine captures these interference patterns and turns them into electrical signals.

5. Image Creation: The electrical signals are sent to a computer that processes them and creates a detailed picture of the retina. This picture shows the different layers of the retina, like a cross-section.

By looking at this picture, eye doctors can see if there are any problems with your retina. They can check for things like swelling, fluid buildup, or damage to the retinal layers. This helps them diagnose and monitor eye conditions like macular degeneration, glaucoma, or diabetic retinopathy.

The best part is that OCT is completely painless and non-invasive. You just sit in front of the machine, and the doctor scans your eyes. It only takes a few minutes, and you don't need any special preparations.

OCT has revolutionized the way eye doctors examine your eyes, as it provides them with detailed information about your retinal health without the need for any surgical procedures. It helps them detect problems early, monitor their progression, and provide the right treatment for your eyes.

Overall, OCT is a cool technology that helps doctors see what's happening inside your eyes, allowing them to take better care of your eye health.

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Based on the prediction of autoantibody targeting of Neuropilin-1, it is possible to see damage in the ganglion layer and inner plexiform layer of the retina

Is there any interest to do this kind of research?

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