What Is Detox Booster by Dantura Botanics and How It Works? – A Natural Science Analysis of Toxin Clearance in Natural Immunotherapy
This research article presents a detailed Natural Science explanation of Detox Booster by Dantura Botanics, a micronutrient-driven formulation designed to support the body’s natural detoxification pathways within the Natural Immunotherapy (NIT) framework. Built exclusively from vitamins, minerals, and essential cofactors, Detox Booster aims to strengthen the functional capacity of the liver, kidneys, gut, lymphatic network, and antioxidant systems—without relying on harsh purgatives, diuretics, or stimulatory herbs. The paper explains how chronic toxin accumulation from food, water, environment, metabolic waste, protein overload, and decaying cells gradually destabilizes the internal biochemical environment of the body. These toxins impair DNA integrity, distort protein structures, overwhelm lymph nodes, trigger inflammation, weaken immunity, and create conditions that allow tumors, blasts, lymph nodes, and chronic diseases to develop. Detox Booster is presented as a structured micronutrient system that enhances liver phase I and II detox enzymes, improves kidney filtration, supports gut toxin binding and elimination, boosts antioxidant defenses, and helps safely mobilize stored toxins released during Natural Immunotherapy. Drawing from clinical observations at Save Medha Foundation, the article describes how Detox Booster improves treatment response in conditions such as cancer, blood disorders, CKD-related toxicity, lymph node overload, skin disorders, and chronic inflammatory diseases. Designed for academic indexing on Zenodo and Google Scholar, the paper positions Detox Booster as a central component in a micronutrient-centric, toxin-clearance-based healthcare model, essential for preparing the body for deep healing and disease reversal.
Institutions
- Chemotherapy Foundation (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-11-21
- DOI
- https://doi.org/10.5281/zenodo.17668826
- Primary Topic
- Toxin Mechanisms and Immunotoxins
- Type
- article
- Field-Weighted Citation Impact
- 0.00