Abstract

A detoxification product (Symbio®detox), containing diosmectite, boswellia and Commiphora resin was tested in terms of its adsorption behavior. We showed that it was able to adsorb large amounts of various toxins, including heavy metals,ammonium and histamine. At pH=2.0 is 9.5% of lead 98% of mercury and 8.8% zinc were adsorbed, while ammonium (2.5%) remained largely unaffected. At pH 6.5, we observed significantly increased adsorption for lead (60.4%), ammonium (7.2%) and histamine (91%); the adsorption of zinc (11.2%) was only slightly higher than at pH=2.0. By contrast, the adsorption of mercury (84.6%) was slightly lower under these conditions. The adsorption of toxic heavy metals including mercury and lead was greater than that of zinc. Thus, Symbio®detox may be used as a medical product because of its excellent binding capacity for toxins including heavy metals, ammonia and histamine. In addition, the product is not likely to result in deficiency of the essential mineral zinc. Finally, we did not detect adsorption of the pharmaceutically relevant ingredients Boswellia serrata resin and Commiphora molmol resin.

Highlights

  • A detoxification product (Symbio®detox), containing diosmectite, boswellia and Commiphora resin was tested in terms of its adsorption behavior

  • In the present study a product containing diosmectite, boswellia and Commiphora resin was tested in terms of its adsorption behavior

  • To determine the adsorption of boswellic acids on diosmectite, Boswellia serrata resin was incubated with Symbio®detox in phosphate buffer at pH=6.8, according to the duodenal flora

Read more

Summary

Introduction

A detoxification product (Symbio®detox), containing diosmectite, boswellia and Commiphora resin was tested in terms of its adsorption behavior. We showed that it was able to adsorb large amounts of various toxins, including heavy metals, ammonium and histamine. Effect on mucus production; it has been shown to increase nucleic acid and non-protein sulfhydryl concentration, possibly mediated by its free radical-scavenging, thyroid-stimulating and prostaglandin-inducing properties [6]. It has been demonstrated, that the combination of smectite with other drugs can improve their efficiency [7]. In the present study a product containing diosmectite, boswellia and Commiphora resin was tested in terms of its adsorption behavior

Methods
Results
Discussion
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call