EDTA Chelation Protocol

I had heard about EDTA long time ago, but I considered it something dangerous to do. Seems like considering the times we are living in, might be an important thing to do.

Is EDTA natural?

What protocol should I follow to ensure I do not get sick while using EDTA?

Does it make sense to use other forms of chelation prior to using EDTA to make the detox easier and less stressful on the body, such as using Fulvic Acid, Iodine, Chlorella, Chlorine Dioxide etc.

What should I take together with EDTA?

Is there anything I should avoid taking together with EDTA?

I have heard EDTA also removes the beneficials minerals. Is this true, and does this mean I should take it away from meals and supplements and ensure I am taking a mineral supplement to make sure the level of beneficial minerals are not falling.

Wrote about this many times in the last 15 years.

Try an inside search

Or anyone feel free to chime in

I've been taking EDTA in supplemental form and I also bought this for family members who didn't listen to me and took the vaccine.

I'm trying to find information whether EDTA actually chelates graphene oxide.

Another thing, recently I've been researching HBOT and there's possibility my father might have some HBOT sessions.

The concern I have is, that there have been a number of reports of vaccinated people having Sudden Adult Death Syndrome. This seems to happen a lot with athletes such as football players. As the german graphene expert had said, that the graphene oxide are like tiny microblades in the blood, cutting the person from the inside. Thus the athletes during intense exercise and faster blood movement falling on the football pitch. This is just an assumption.

Could the same risk be the case with any kind of activity that might increase heart rate and blood circulation such as HBOT? Seems like chelation before HBOT would make sense.

MikeGore wrote:I've been taking EDTA in supplemental form and I also bought this for family members who didn't listen to me and took the vaccine.

I'm trying to find information whether EDTA actually chelates graphene oxide.

Another thing, recently I've been researching HBOT and there's possibility my father might have some HBOT sessions.

The concern I have is, that there have been a number of reports of vaccinated people having Sudden Adult Death Syndrome. This seems to happen a lot with athletes such as football players. As the german graphene expert had said, that the graphene oxide are like tiny microblades in the blood, cutting the person from the inside. Thus the athletes during intense exercise and faster blood movement falling on the football pitch. This is just an assumption.

Could the same risk be the case with any kind of activity that might increase heart rate and blood circulation such as HBOT? Seems like chelation before HBOT would make sense.

Would suggest you use this: it's cheap and likely very effective (as a defense against the bio-weapon contents)

https://theuniversalantidote.com/

https://www.new-earth-healing.com/blog/graphene-oxide-how-to-eradicate-it

CDS Neutralises Graphene Oxide

Recently did a heavy metal toxicity test. Some are very high, others lower but still present.

But what I want to know is, is the value of all these metals such as Antimony, Arsenic and Aluminium, is it supposed to be zero? Can even the slightest amount impact our health?

Values are in mcg/g creatinine
-Arsenic 10 mcg/g
-Antimony 0.081 mcg/g
-Cadmium 0.39 mcg/g
-Cesium 7.6 mcg/g
-Lead 2.8 mcg/g
-Gadolinium 0.083 mcg/g
-Rubidium 1,013 mcg/g
-Tin 1.34 mcg/g
-Thallium 0.100 mcg/g
-Tungsten 0.110 mcg/g

Also it is unfortunate that the heavy metal testing report did not include anything about graphene oxide? Is this not included in any heavy metal testing? Can it be requested or do the labs not do it or unable to do it?

MikeGore wrote:Recently did a heavy metal toxicity test. Some are very high, others lower but still present.

But what I want to know is, is the value of all these metals such as Antimony, Arsenic and Aluminium, is it supposed to be zero? Can even the slightest amount impact our health?

Values are in mcg/g creatinine
-Arsenic 10 mcg/g
-Antimony 0.081 mcg/g
-Cadmium 0.39 mcg/g
-Cesium 7.6 mcg/g
-Lead 2.8 mcg/g
-Gadolinium 0.083 mcg/g
-Rubidium 1,013 mcg/g
-Tin 1.34 mcg/g
-Thallium 0.100 mcg/g
-Tungsten 0.110 mcg/g

Also it is unfortunate that the heavy metal testing report did not include anything about graphene oxide? Is this not included in any heavy metal testing? Can it be requested or do the labs not do it or unable to do it?

Heavy metal testing is not cut and dry, however "GO" can be detected indirectly. The D-dimer test.

https://www.orwell.city/2021/07/graphene-and-blood-tests.html

Thanks for that info.

D-dimer tests looks like it's easy to do, however for the complex analysis to determine the graphene oxide itself seems a little tricky. Will need to find a lab(that I can trust). They might literally lie, saying there's no graphene oxide, when there is.

I also hope that EDTA chelation can get rid of graphene oxide too. If I remember correctly Ivermetcin and chlorine dioxide can help against graphene oxide too.

Does EDTA chelation remove calcification? Or is a magnesium, vitamin D, vitamin k2 intravenous serum therapy more effective in decalcifying arteries than EDTA?

I've read that Intravascular Optical Coherence Tomography (IVOCT) detects how much calcification one has. I'm thinking it would be a good idea to do this prior to see if its clear up later.

Is there a test similar to IVOCT, but which measures the fat deposits in the arteries instead?

MikeGore wrote:Does EDTA chelation remove calcification? Or is a magnesium, vitamin D, vitamin k2 intravenous serum therapy more effective in decalcifying arteries than EDTA?

I've read that Intravascular Optical Coherence Tomography (IVOCT) detects how much calcification one has. I'm thinking it would be a good idea to do this prior to see if its clear up later.

Is there a test similar to IVOCT, but which measures the fat deposits in the arteries instead?

Removes some heavy metals (lead mostly) and reduce calcification.

But it does bind some other minerals, so it's necessary to add back in, minerals.