Researchers from Abraxis LLC and Boston University have further confirmed that the world’s most used herbicide – glyphosate – is widespread in food products around the globe. The researchers tested honey, pancake and corn syrup, soy sauce, soy milk and tofu purchased in the Philadelphia, US metropolitan area.
Samples of honey (sixty nine), pancake and corn syrup (twenty six), soy sauce (twenty eight), soy milk (eleven), and tofu (twenty) purchased in the Philadelphia, US metropolitan area in 2014 were analyzed for glyphosate residue using ELISA testing.
The minimum limit of quantification (LOQ) of the method were determined for honey, pancake syrup, and corn syrup to be 15 ppb; soy sauce, soy milk, and tofu 75 ppb. This means that even if the results were negative for some products they could have also contained glyphosate at levels under the minimum limit.
Glyphosate residues above the minimum limit of quantification were not found in pancake and corn syrup, soy milk, and tofu.
However, the most shocking results were found in honey:
Of the sixty-nine honey samples analyzed, forty-one samples, or fifty-nine percent (59%), had glyphosate concentrations above the method LOQ (15 ppb), with a concentration range between 17 and 163 ppb and a mean of 64 ppb.
Even more surprisingly five of the eleven organic honey samples, or forty-five percent (45%), contained glyphosate concentrations above the method LOQ, with a range of 26 to 93 ppb and a mean of 50 ppb.
Of the fifty-eight non-organic honey samples, thirty-six samples, or sixty-two percent (62%), contained glyphosate concentrations above the method LOQ, with a range of 17 to 163 ppb and a mean of 66 ppb.
Sustainable Pulse Director Henry Rowlands reacted Thursday to the published results;
“This sad news shows just how widespread glyphosate is in our food. With the increase in GM crops being cultivated worldwide it is becoming increasingly difficult to avoid. If you ask anyone if they feel there should be ‘allowed’ levels of toxic chemicals such as glyphosate in their bodies the answer will of course always be ‘No’. It is a fact that the scientific and regulatory process cannot evidence ‘safe’ levels for these chemicals.”