Quotes mike adams as saying the venous "uncooked calamari" is made up of "high concentrations of tin, aluminum, and sodium" but I noticed the assay doesn't have any "tin" (Chemical Element Sn)
It does have a ton of iron and some aluminum. I wonder if he is using the etymology "tin foil" (our parents used but we picked up on) vs "aluminum foil" (technically correct now that companies stopped manufacturing "tin foil", they sell "aluminum foil" now albeit many still call it "tin foil")
Somebody smarter than me might make sense of this assay:
I'm not an ICP/ICP-MS chemist, but I can try to explain a bit using my GC analytical chemistry knowledge.
The Mass column is the atomic weight for the elements in the first column. Not sure how that's useful in this data set. The third column ISTD is an internal spiking standard used in a mass spectrometer. I think this is referencing the atmoic number of the metals in the standard. For example, atomic number 45 (Rhodium) is used to determine recovery of the first 9 metals in the list plus Arsenic. I run GC instruments without a mass spec, so I'm not very familiar with internal standards or how a metals lab uses them. Take my explanation with a grain of salt.
Tune mode I think is the carrier gas (Helium in this case) used to transport the sample vapor from the injector through the instrument column to the detector. I know you tune a mass spec before running, but no experience there.
Concentration and units are fairly obvious. This is how much of each tested metal is in a sampled clot in ppb (parts per billion). To put this in perspective, 10 million ppb is 1%. The last column shows the sample was run in triplicate, so I assume this result is a mean average of the three runs.
%RSD is a statistical value that shows how valid or reliable your data is. It stands for Percent Relative Standard Deviation and is a ratio of the standard deviation and the mean average of a set of replicates. Higher %RSD means a high standard deviation, which means a larger amount of variability among results in the replicates. Nickel (Ni) having a %RSD of 117.2 means that the results of the 3 runs are very different from one another and that the average value generated by the dataset (177.5 ppb) is statistically unreliable.
I have no idea what CPS, ratio, Det. and time are for. This may be ICP/ICP-MS specific.
[ + ] dosvydanya_freedomz
[ - ] dosvydanya_freedomz 1 point 2 monthsFeb 20, 2024 07:25:16 ago (+1/-0)
[ + ] Conspirologist
[ - ] Conspirologist [op] 0 points 2 monthsFeb 20, 2024 07:27:25 ago (+1/-1)
[ + ] dosvydanya_freedomz
[ - ] dosvydanya_freedomz 0 points 2 monthsFeb 20, 2024 07:36:30 ago (+0/-0)
[ + ] TheNoticing
[ - ] TheNoticing 0 points 2 monthsFeb 20, 2024 13:39:17 ago (+0/-0)
[ + ] observation1
[ - ] observation1 1 point 2 monthsFeb 20, 2024 06:35:16 ago (+1/-0)*
It does have a ton of iron and some aluminum. I wonder if he is using the etymology "tin foil" (our parents used but we picked up on) vs "aluminum foil" (technically correct now that companies stopped manufacturing "tin foil", they sell "aluminum foil" now albeit many still call it "tin foil")
Somebody smarter than me might make sense of this assay:
https://pic8.co/sh/VMZBzH.jpeg
[ + ] heebiejeebies
[ - ] heebiejeebies 1 point 2 monthsFeb 20, 2024 18:30:05 ago (+1/-0)
The Mass column is the atomic weight for the elements in the first column. Not sure how that's useful in this data set. The third column ISTD is an internal spiking standard used in a mass spectrometer. I think this is referencing the atmoic number of the metals in the standard. For example, atomic number 45 (Rhodium) is used to determine recovery of the first 9 metals in the list plus Arsenic. I run GC instruments without a mass spec, so I'm not very familiar with internal standards or how a metals lab uses them. Take my explanation with a grain of salt.
Tune mode I think is the carrier gas (Helium in this case) used to transport the sample vapor from the injector through the instrument column to the detector. I know you tune a mass spec before running, but no experience there.
Concentration and units are fairly obvious. This is how much of each tested metal is in a sampled clot in ppb (parts per billion). To put this in perspective, 10 million ppb is 1%. The last column shows the sample was run in triplicate, so I assume this result is a mean average of the three runs.
%RSD is a statistical value that shows how valid or reliable your data is. It stands for Percent Relative Standard Deviation and is a ratio of the standard deviation and the mean average of a set of replicates. Higher %RSD means a high standard deviation, which means a larger amount of variability among results in the replicates. Nickel (Ni) having a %RSD of 117.2 means that the results of the 3 runs are very different from one another and that the average value generated by the dataset (177.5 ppb) is statistically unreliable.
I have no idea what CPS, ratio, Det. and time are for. This may be ICP/ICP-MS specific.
Hope this helps!
[ + ] observation1
[ - ] observation1 0 points 2 monthsFeb 25, 2024 15:13:38 ago (+0/-0)
Hm. Then all of the Tested ingredients add up to less than .01%
So I dont think I share Adams implied thesis, or he has a different understanding of 'high levels' than I do