Monsanto Roundup Contains Arsenic, other Toxins: Alarming New Research Study

The ongoing international controversy over the widely-used glyphosate-based weed-killer Roundup and similar herbicides has largely been diverted as a misleading debate on whether glyphosate itself, the largest component of Monsanto’s Roundup, is carcinogenic in recommended doses. New major published studies by a group of biologists and toxicologists at France’s CAEN University reveals that the “adjuvants” or additional chemicals put into Roundup but concealed under company “trade secret” designation, are vastly more toxic than glyphosate alone. In short, the present glyphosate-carcinogen debate is a carefully-crafted red herring or deception game.

Owing to a sneak move by the outgoing German Agriculture Minister in December approving renewal of the license for glyphosate-based weed-killers, the EU in Brussels has extended the use of Monsanto Roundup and other widely-used herbicides another five years within the European Union. The debate largely turned on whether the isolated compound, glyphosate, was carcinogenic or toxic in recommended doses or not….

https://www.newsbud.com/2018/01/19/newsbud-exclusive-monsanto-roundup-contains-arsenic-other-toxins-alarming-new-research-study-2/

Abstract

The major pesticides of the world are glyphosate-based herbicides (GBH), and their toxicity is highly debated. To understand their mode of action, the comparative herbicidal and toxicological effects of glyphosate (G) alone and 14 of its formulations were studied in this work, as a model for pesticides. GBH are mixtures of water, with commonly 36–48% G claimed as the active principle. As with other pesticides, 10–20% of GBH consist of chemical formulants. We previously identified these by mass spectrometry and found them to be mainly families of petroleum-based oxidized molecules, such as POEA, and other contaminants. We exposed plants and human cells to the components of formulations, both mixed and separately, and measured toxicity and human cellular endocrine disruption below the direct toxicity experimentally measured threshold. G was only slightly toxic on plants at the recommended dilutions in agriculture, in contrast with the general belief. In the short term, the strong herbicidal and toxic properties of its formulations were exerted by the POEA formulant family alone. The toxic effects and endocrine disrupting properties of the formulations were mostly due to the formulants and not to G. In this work, we also identified by mass spectrometry the heavy metals arsenic, chromium, cobalt, lead and nickel, which are known to be toxic and endocrine disruptors, as contaminants in 22 pesticides, including 11 G-based ones. This could also explain some of the adverse effects of the pesticides. In in vivo chronic regulatory experiments that are used to establish the acceptable daily intakes of pesticides, G or other declared active ingredients in pesticides are assessed alone, without the formulants. Considering these new data, this assessment method appears insufficient to ensure safety. These results, taken together, shed a new light on the toxicity of these major herbicides and of pesticides in general. …

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