So what do you recommend for an average person of average health to take a maintenance dose of MethBlue? Few drops a day maybe? Or should it be used only as needed?
We are currently testing various options. I cannot say anything definitive until I have clear results. In this experiment, it was important to me to show that we can distinguish red blood cells with the help of methylene blue. The dissolution process of the synthetic cells required an enormous amount, which is not feasible as a medication. We will probably have to find another way to break down the polymers. However, we are at the beginning of a test phase with a new preparation consisting of several components. As soon as I have more information and can show you, I will publish an article.
It is also clear that when methylene blue dissolves particles, a toxin binder MUST be added—otherwise, the stuff will float around freely in the blood, which is also not good.
Thank you for the reply. I wasn't getting notification of your reply for some reason. I will have to study your words carefully.
I just wanted to mention I was reviewing your synthetic RBC videos, and realize I've been looking at much of it, but I just didn't understand what they were. I wasn't making the connection that these were a blood "replacement". That explains how a blood sample will cook along for days and days with what I call "hydrogel construction sites". Am I correct to assume that these synthetic RBC will function like regular blood cells in the synthetic body?
Have you tried using EDTA as the binder for the Methblue? I found EDTA will dissolve hydrogel stuff and it is supposed to be a good chelating molecule for heavy metals. Also cleans out the "pipes" real good.
So what do you recommend for an average person of average health to take a maintenance dose of MethBlue? Few drops a day maybe? Or should it be used only as needed?
We are currently testing various options. I cannot say anything definitive until I have clear results. In this experiment, it was important to me to show that we can distinguish red blood cells with the help of methylene blue. The dissolution process of the synthetic cells required an enormous amount, which is not feasible as a medication. We will probably have to find another way to break down the polymers. However, we are at the beginning of a test phase with a new preparation consisting of several components. As soon as I have more information and can show you, I will publish an article.
It is also clear that when methylene blue dissolves particles, a toxin binder MUST be added—otherwise, the stuff will float around freely in the blood, which is also not good.
Thank you for the reply. I wasn't getting notification of your reply for some reason. I will have to study your words carefully.
I just wanted to mention I was reviewing your synthetic RBC videos, and realize I've been looking at much of it, but I just didn't understand what they were. I wasn't making the connection that these were a blood "replacement". That explains how a blood sample will cook along for days and days with what I call "hydrogel construction sites". Am I correct to assume that these synthetic RBC will function like regular blood cells in the synthetic body?
You are so smart. I drag knuckles.
Have you tried using EDTA as the binder for the Methblue? I found EDTA will dissolve hydrogel stuff and it is supposed to be a good chelating molecule for heavy metals. Also cleans out the "pipes" real good.