When this synthetic technology uses the iron - it is no longer available as free iron in the blood. The way I have observed it, the process takes place in stages - "destruction" of red blood cells and subsequent utilization or storage. After these "attacks", slightly orange or brown inclusions also appear more frequently - as if a depot is being created. Depending on when the blood test is carried out, either a high free iron level is present or a low one. It's a snapshot - that's why I love dark field microscopy - here you can get a longer insight and see what's going on - and then in parallel the blood sample with the laboratory analysis - that would make the most sense.
Yes - unfortunately it looks like this technology, whatever stage it is at, feeds directly on our blood, using it as a substrate. No matter whether red or white blood.
So would this cause a low iron result when having bloods checked?
When this synthetic technology uses the iron - it is no longer available as free iron in the blood. The way I have observed it, the process takes place in stages - "destruction" of red blood cells and subsequent utilization or storage. After these "attacks", slightly orange or brown inclusions also appear more frequently - as if a depot is being created. Depending on when the blood test is carried out, either a high free iron level is present or a low one. It's a snapshot - that's why I love dark field microscopy - here you can get a longer insight and see what's going on - and then in parallel the blood sample with the laboratory analysis - that would make the most sense.
That was sad to see, but does explain something for me.
Yes - unfortunately it looks like this technology, whatever stage it is at, feeds directly on our blood, using it as a substrate. No matter whether red or white blood.
SAM please see my recent post in notes on my SS.