caledonia
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I'm interested to understand what this term deranged mineral transport means, and how its measured. When I did these two hair mineral analysis tests (which included all the toxic metals) spaced apart by 6-9 months I revisited the 2nd results looking for the change in the metals (not their pure magnitude). Is this change whats referred to as the deranged mineral transport????
With regard to chlorella and cilantro being weak I suspected that to be the case compared to DMPS etc. but even if thats the case, wouldn't DMPS do the same thing you suggest Cilantro/chlorella to be doing. That is, chelating it into mainstream circulation where it simply goes to another location. If not can you explain how DMPS chelates differently?? Doesn't the Chlorella help absorb/bind up the now released toxic metals??
I should point out that I also took Turmeric and lots of sulfur containing foods so that once chelated the toxic metals (if indeed there were any) would be bound up for excretion rather than re-deposited...
Thanks for the link to the cutlersuccessstories - I'll bookmark it pending my OAT results that might tie a few things together...
Regards
Journeyman
I assume you took the Doctors Data hair test or something similar.
With the Doctors Data hair test, there are two tests. One is just toxic metals, called the Hair Toxic Exposure Test. The other one is the toxic metals plus minerals. It's called the Hair Elements Test.
Then you look at the minerals section and use Cutler's counting rules to see if the mineral levels are normal or screwed up.
Mercury screws up mineral levels. So if the mineral levels are screwed up that means mercury is present.
Even if mercury in the metals section is low (as will often be the case).
Why cilantro and chlorella aren't good chelators:
http://www.livingnetwork.co.za/chelationnetwork/chelation-the-andy-cutler-protocol/
True chelators are identified by the presence of two thiol groups. Many health practitioners use compounds such as chlorella, cysteine, NAC and glutathione, which are not true chelators in the chemical sense, as they do not contain two or more binding groups (dithiol groups). Instead, they contain only one thiol group making them ineffectual chelators, with the capacity to simply move metals around, and cause more problems. These compounds can make matters worse by causing redistributing stored metals – by mobilizing them from their storage sites, but failing to bind and excrete them. This is like stirring up a hornets nest.