PhagenCorp Inducen-VISCR® (10 Ampules)
Support for Microbial Balance & Bioregulatory Resilience
PhagenCorp Inducen-VISCR® utilizes Induced Native Phage Technology (INPT®), a proprietary approach designed to engage naturally occurring bacteriophages already present within the body in support of microbial balance and bioregulatory resilience.
How Does Inducen® Work?
The human body contains thousands of populations of naturally occurring bacteriophages—virus-like elements that are part of the microbiome and work alongside the body’s regulatory systems to help maintain microbial equilibrium.
PhagenCorp describes INPT® as a proprietary method that uses low-frequency electromagnetic signatures to selectively activate native phage populations. These signatures are imprinted into an oral solution containing trace nanoparticle elements and are designed to provide targeted informational signals to the body’s internal microbial regulatory systems.
Key Features
- Designed to work with bacteriophages naturally present within the body
- Does not introduce external phages
- Uses signal-calibrated electromagnetic signatures
- Designed to support microbial balance
- Supports the body’s natural bioregulatory resilience
Supplement Facts
Please refer to the product packaging for Supplement Facts and ingredient information.
Suggested Use
Take 1 ampule by mouth twice daily, or as directed by your healthcare practitioner.
10 ampules per box.
Precautions
If pregnant or breastfeeding, consult your healthcare practitioner before use. PhagenCorp states that protocols, dosage, and application guidelines should be individualized by a qualified healthcare professional based on the patient’s health background and concurrent treatments.
Inducen® products are intended for use under the guidance of trained healthcare professionals.
Packaging may vary.
Disclaimer
Inducen® is neither a drug nor a dietary supplement. It is not intended to diagnose, treat, cure, or prevent disease. PhagenCorp describes Inducen® formulas as supporting the body’s natural regulatory systems, microbial balance, and bioregulatory resilience.
