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Dietary Use

March 2, 2025 by
Dietary Use
Justin Mitchell


Histamine-binding capacities of different natural zeolites: a comparative study

 

The research paper presents a comparative study of the histamine-binding capacities of two natural zeolites sourced from Cuba and Mexico, which are utilized as drugs or dietary supplements in Germany and Mexico, respectively. The zeolites were characterized using various techniques, including X-ray diffraction (XRD), scanning electron microscopy (SEM), and nitrogen adsorption measurements (BET surface areas). The Cuban zeolite is primarily composed of clinoptilolite and mordenite, while the Mexican zeolite consists solely of clinoptilolite. Both zeolites demonstrated significant histamine adsorption capabilities, with the Cuban zeolite exhibiting a higher binding capacity than the Mexican variant. The study found that smaller particle sizes correlate with increased histamine-binding capacity, attributed to differences in mineralogical composition and BET surface areas.

The research highlights the importance of zeolite properties, such as particle size and mineral composition, in their effectiveness for binding histamine, a critical regulator in human physiology. The findings suggest that the presence of mordenite in the Cuban zeolite contributes to its superior histamine-binding capacity due to its larger pore volume. The study emphasizes the potential of natural zeolites in medical applications, particularly in managing conditions related to histamine intolerance, and calls for further clinical investigations to explore their therapeutic benefits.

This research paper is significant in the field of environmental geochemistry and health, particularly concerning the application of natural zeolites in medicine. It contributes to ongoing discussions about alternative therapeutic modalities for managing histamine-related health issues, especially in light of the side effects associated with conventional treatments like proton pump inhibitors. By elucidating the relationship between zeolite properties and their histamine-binding capacities, the study provides valuable insights for researchers and practitioners interested in the biomedical applications of natural zeolites. The findings may encourage further exploration of zeolites as dietary supplements or therapeutic agents, potentially leading to improved health outcomes for individuals with histamine intolerance or related conditions.