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MasterPeace® Zeolite Z® Study Found to be Safe and Effective in Removing Glyphosate, a Toxic Pesticide in the Human Body Cells and Fluids
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This commercial promotional study evaluated a nano-colloidal zeolite formulation (MasterPeace Zeolite Z) for removing glyphosate from human cell cultures and body fluids, claiming safety and efficacy — though the study appears to be industry-sponsored and lacks peer review standards.
Clinoptilolite zeolite has been widely used in environmental remediation and animal feed supplementation, thanks to its unique crystalline structure and ion-exchange properties that enable it to bind and eliminate toxins effectively [1].In the last 25 years, its application has expanded to include human uses as a detoxifying agent [2].In the pico/nano-colloidal [3] formulation called MasterPeace Zeolite Z developed by Human Consciousness Support company, a patent pending combination of picometre, nanometre and micrometre sized clinoptilolite zeolite combined with SOLergy structured isotonic sea minerals [4], known as Zeolite Z , was investigated [5] to test for its efficacy in reducing glyphosate levels in human body fluids and cells.This analysis integrates data from two related studies.In the larger 24-participant study, baseline glyphosate levels were recorded via iEC testing prior to the closure of the testing laboratory in 2024, which unfortunately prevented follow-up sampling at the 35and 90-day marks.However, a previous pilot study using the same product included 35-day and 90-day results for glyphosate [6], although glyphosate was not among the original baseline markers.In that pilot, glyphosate was added as an additional marker at day 35 alongside existing compounds such heavy metals [7], forever chemicals [8], micro plastics [9], micro and nano graphene and aluminium [10,11] and other toxic compounds from the body cells and fluids and then tested again at day 90.By combining the average baseline results of glyphosate from the 24-person study with the 35-and 90-day glyphosate levels from the pilot, a clear trend emerges showing a progressive reduction in glyphosate over time.These findings are consistent with previously observed detoxification patterns for other toxic compounds and suggest that MasterPeace Zeolite Z . is effective in mobilizing and reducing glyphosate levels in the human system over a 90-day period.The objective was to determine the safety and efficiency of MasterPeace Zeolite Z in detoxification of glyphosate.The study utilized an intracellular fluids toxicity test to assess blood samples, with baseline measurements taken prior to the beginning of the protocol, and follow-up testing conducted at 35 day and 90 days.The test subjects took the MasterPeace Zeolite Z natural product daily at a specified dosage of 5 drops sublingually, twice a day.The intracellular fluid toxicity test [12] focused on detecting glyphosate and other highly toxic substances suspected to be present in the body but not previously measured.This study objective was to determine baseline glyphosate levels and assess the effectiveness of MasterPeace Zeolite Z in chelating and facilitating the removal of glyphosate and related toxic compounds from the system.The sea minerals, SOLergy , in MasterPeace Zeolite Z is known for its detoxification and remineralization properties [1], enhancing the products' overall effectiveness.This ingredient also supports the removal of toxins while replenishing essential minerals in the body [4].The study aimed to test the combined effects of both picometer and nanometre sized clinoptilolite zeolite and sea minerals in promoting overall detoxification and health.The findings from these tests provide insights into the comprehensive detoxification capabilities of MasterPeace Zeolite Z , measuring its impact on reducing glyphosate and the toxic burden in human blood [13][14][15].
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MasterPeace™ Zeolite Z™: A Safe and Effective Broad-Spectrum Energy and Detox Formulation Containing Clinoptilolite and Sea Minerals
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A pilot study evaluated MasterPeace Zeolite Z (clinoptilolite and sea minerals) as a broad-spectrum detoxification formulation, with the authors claiming it can bind heavy metals, microplastics, and other toxic substances, though the study design and claims require independent validation.
Exploring the Potential of Amino-Functionalized Zeolite Series/H3PO4-Biochar for Environmental Microplastic Removal
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Scientists developed a new material made from modified zeolite and coffee-waste biochar that can remove polystyrene microplastics from water. The material successfully cleaned both drinking water and wastewater samples, offering a potential low-cost tool for filtering microplastics out of water supplies. Reducing microplastics in drinking water is directly relevant to lowering human exposure.
Transport of Nanoplastics in Saturated Zeolite: Effects of Flow Rate and Hydro-Chemical Conditions
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Column experiments showed that zeolite — a mineral common in natural soils — retains polystyrene nanoplastics through electrostatic attraction and physical straining, with retention decreasing at higher pore-water flow rates. Understanding how soil mineralogy and hydrology jointly govern nanoplastic transport is fundamental to predicting where these particles accumulate in the environment and how likely they are to reach groundwater and food-crop root zones.
Adsorption of Microplastics Using Magnetically Modified Adsorbents: A Review
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Tiny plastic particles called microplastics have made their way into our water, food, and even our bodies, raising concerns about long-term health effects. This review rounds up existing research on a promising cleanup method: using specially designed magnetic materials that attract and stick to microplastics, then can be pulled out of water with a magnet. While this technology is still being developed and tested, it could one day offer a practical way to filter these harmful particles out of our drinking water and environment.
The combined toxicity effect of nanoplastics and glyphosate on Microcystis aeruginosa growth
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Researchers found that cationic nanoplastics adsorb glyphosate so strongly that co-exposure actually reduces the herbicide's toxicity to algae by sequestering it — but the nanoplastics coated in glyphosate adhere more readily to algal surfaces, potentially concentrating both pollutants further up the food chain.
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