DTX Accelerator is designed to support the body’s natural detoxification physiology by enhancing both binding and cellular transport processes. This targeted formulation combines sodium alginate — a naturally occurring compound derived from brown algae — with humate and fulvic acid, two powerful organic mineral carriers.
Sodium alginate is known for its ability to bind naturally occurring elements within the gastrointestinal tract, supporting healthy elimination. Humate and fulvic acid work synergistically to promote mineral transfer into cells, helping maintain optimal cellular function during detoxification.
DTX Accelerator can be used as a stand-alone formula to support daily detox physiology or combined with other PHP protocols for a phased approach. It pairs particularly well with Phase 1 & 2 DTX, Phase 2.5 Bile Support, Phase 3 Complete DTX, and Detox Liquescence for comprehensive, layered detox support.*
Product Information
Ingredients
Sodium Alginate, Fulvic Acid, Humate.
Other Ingredients: Vegetable capsule (hypromellose), silica.
Gluten-Free.
Suggested Use
Take as directed by your healthcare practitioner. Designed to support detox physiology and cellular mineral transfer pathways.*
Warnings
For adults only. If pregnant or nursing, consult your healthcare provider before use. Keep out of reach of children.
Key Benefits
• Supports detoxification physiology and natural elimination pathways*
• Sodium alginate binds naturally occurring elements within the GI tract*
• Fulvic and humate support mineral transfer into cells*
• Complements Phase 1–3 DTX and Detox Liquescence*
Frequently Asked Questions
How does DTX Accelerator support detoxification?
DTX Accelerator uses sodium alginate to help bind naturally occurring elements and humate/fulvic acid to support cellular mineral balance.*
Can I take DTX Accelerator with other detox products?
Yes. It pairs well with Phase 1 & 2 DTX, Phase 2.5 Bile Support, Phase 3 Complete DTX, and Detox Liquescence.*
Is this product gluten-free?
Yes. DTX Accelerator is gluten-free.
