evidence: How 5G radiation exposure alters the ability of red blood cells to carry oxygenGetting back to the oxygen question, the answer to why 5G radiation exposure may alter the function of hemoglobin is found in understanding the protein structure of hemoglobin itself. Hemoglobin relies on something called the "heme group" which is a complex molecule with iron (FE 2+) in its center. This is surrounded by something called a "porphyrin ring" which is a cluster of unique structures (made of oxygen, carbon and hydrogen) that has a special affinity for other oxygen atoms. The ability for oxygen to "leap" onto this molecule in the lungs depends entirely on the structure (which also implies the ionic charges) of these complex molecules. [...] The real question in all this is best phrased as I have asked it above. I doubt that we are dealing with a phenomenon where 5G radiation exposures blocks the ability of hemoglobin to carry oxygen, but rather occupies the hemoglobin molecule with other elements that alter its structure and therefore its function, inhibiting its ability to bind with oxygen. [...] In other words, the coronavirus pandemic would likely not be nearly as bad if 5G exposure / radiation pollution wasn’t already compromising the structure and function of hemoglobin cells in the bodies of people who live in 5G cities.This doesn’t mean the coronavirus isn’t real, of course; just that these two attacks on the human body have a synergistic effect of toxicity and mortality.