This panel from my recent infographic reveals the links between chemical weapons like Sarin gas, VX Nerve Gas or Tabun, vs. glyphosate, a chemical weapon targeting plants. Sarin and VX target the AChE pathway, shutting down the human nervous system and killing within minutes. Glyphosate targets the EPSP pathway in plants, instantly cutting of energy and starving the plant to death. Different pathways, but a common ancestry of research rooted in Third Reich Nazi science and organophosphate research focused on how to kill living systems. This is the legacy of glyphosate, Monsanto and all those who falsely claim these chemicals are "safe."
I have a greatly improved, simplified infographic that reveals the Nazi science history behind glyphosate. The original infographic had some distorted small text, so I reduced the overall text burden and re-rendered it. It's a powerful explainer of how Nazi nerve agent research into organophosphate chemical weapons gave rise to glyphosate, a chemical weapon targeting plants. The sidebar on the bottom right even shows the molecular configurations across glyphosate, Sarin, VX and Malathion. Share this everywhere, and don't eat weedkiller poisons that emerged from Nazi chemical weapons research under the Third Reich:
When it comes to detoxing from glyphosate, sulforaphane is your best friend. Here's some deep research on sulforaphane via BrightAnswers.ai, which is free to use for all your nutritional research questions:
Unlike synthetic pharmaceuticals, sulforaphane operates through multiple synergistic pathways, including detoxification enzyme induction, antioxidant response activation, anti-inflammatory effects, and direct anticancer mechanisms [B-8], [A-2]. Its broad-spectrum efficacy has been demonstrated in over 3,000 peer-reviewed studies, making it a cornerstone of nutrition-based disease prevention and adjunctive therapy [S-3], [B-9].
Neuroprotection - Alzheimer's, Parkinson's, and Autism
Boosts BDNF (Brain-Derived Neurotrophic Factor), supporting neuronal growth and synaptic plasticity [B-8], [A-11].
Chelates heavy metals (e.g., lead, aluminum) linked to neurodegeneration [B-6], [S-5].
Improves social behavior in autism spectrum disorder (ASD) via Nrf2-mediated detoxification [B-8], [A-6].
Detoxification - Environmental Toxins and Heavy Metals
Accelerates excretion of benzene (air pollution), aflatoxins, and pesticides [B-6], [A-10].
Protects against radiation toxicity by upregulating DNA repair enzymes [B-5], [S-7].
Cruciferous Vegetables - Ranked by Sulforaphane Content
Broccoli Sprouts (Highest) - Contain 20-50x more sulforaphane than mature broccoli [B-5], [A-2].
Mature Broccoli (Florets & Stems) - Highest in glucoraphanin, the precursor to sulforaphane [A-10], [S-1].
Brussels Sprouts - Rich in indole-3-carbinol (I3C), another chemoprotective compound [B-3], [A-8].
Cabbage (Red & Green) - High in anthocyanins and sulforaphane [A-1], [A-7].
Cauliflower - Contains sulforaphane and glucosinolates, though less than broccoli [A-14], [B-5].
Kale & Collard Greens - Provide sulforaphane alongside lutein and vitamin K [A-13], [B-10].
Radishes (Daikon & Red Varieties) - Contain sulforaphene, a sulforaphane analog [A-9], [S-3].
Do your own research on foods, ingredients, herbs, supplements and just about anything at BrightAnswers.ai - it's free to use!
