Mechanistic evidence shows low doses cause genotoxicity and oxidative stress in human lymphocytes and other cells.
A novel mechanism proposal is that glyphosate may chelate and accumulate in the bone, slowly releasing into the bloodstream, exposing bone marrow and potentially triggering hematologic malignancies.
My theory is that if you torture a chemical with enough diverse studies, you can find some where it confesses to causing cancer, even if it actually doesn't.
There are, but there are also strong incentives for what amounts to fraud, on both sides. Glyphosate has become both highly politicized -- it's used as an argument against GMOs -- and subject to concerted and lucrative legal attack. At the same time, the patent is expired, so the motivation to continue to defend it has waned. If anything, herbicide producers would now benefit if a cheap, public domain chemical were illegitimately banned in favor of more expensive chemicals still under patent protection.
Even when supposedly honest scientists publish, it's often wrong.
> the patent is expired, so the motivation to continue to defend it has waned. If anything, herbicide producers would now benefit if a cheap, public domain chemical were illegitimately banned in favor of more expensive chemicals still under patent protection
That doesn't square with the fact that Monsanto thought it worthwhile to commit scientific fraud to push the narrative that glyphosate is safe, in a scientific paper published the same year that the patent expired.
Human gut bacteria have the Shikimate pathways so it can kill them.
Basicaly glyphosate could act like a gut bacteria antibiotic.
>> 54% of the human core gut bacterial species are potentially sensitive to glyphosate, which targets an enzyme in the shikimate pathway, suggesting that roughly half of gut bacteria possess this pathway
Glyphosate acts on the Shikimate pathway that doesn't exist in humans.
Is it killing gut bacteria?