The relationship between herbicides & oxalate problems
Glyphosate (Round Up) is a widely used herbicide implicated in many health issues, including oxalate sensitivity. It's a great reason to eat chemical free or organic.
how do herbicides cause oxalate sensitivity?
Gut microbiota disruption
Glyphosate's antimicrobial properties can cause an imbalance in gut microbiota, favouring the growth of harmful bacteria and reducing beneficial ones that metabolise oxalates
Oxalobacter formigenes plays a crucial role in breaking down oxalates in the gut, which glyphosate can lower, leading to less oxalate degradation and greater absorption
Mineral chelation
Glyphosate chelates (binds) to essential minerals like magnesium and calcium, reducing their availability. These bind oxalates in the gut to form insoluble compounds that are excreted. Reduced availability can increase oxalate absorption and endogenous (the body's own) production
It also chelates zinc and manganese, crucial for enzymatic functions involved in detoxifying oxalates
Shikimate pathway inhibition
Glyphosate inhibits this in plants and bacteria, which is necessary for the synthesis of the amino acids tryptophan, phenylalanine and tyrosine. Although humans don't have this pathway, our gut bacteria do, and disrupting it can affect our overall amino acid balance and metabolism, including of oxalates
Intestinal permeability
Glyphosate increases leaky gut, allowing larger molecules, including oxalates, into the bloodstream and leading to higher systemic oxalate levels
This can also lead to inflammation, which further disrupts nutrient absorption and metabolic processes related to oxalate management
Liver detoxification
The liver is crucial for detoxifying oxalates. Glyphosate exposure can impact liver function, potentially reducing its efficiency
Liver function disruption can also alter the metabolism of precursors to oxalate, increasing endogenous oxalate production
Addressing glyphosate exposure and its impacts on gut health, nutrient absorption and metabolic function is crucial for managing oxalate-related health problems