BioMatrix DHEA Liquid Drops Sublingual 500 Servings
BioMatrix DHEA Liquid Drops Sublingual 500 Servings
Product details
BioMatrix DHEA Liquid Drops deliver bio-identical DHEA in a sublingual liquid format designed for high bioavailability. Each drop provides approximately 1.2 mg of micronized DHEA suspended in a clinical-grade alcohol-glycerin base for consistent potency and easy dosing.
Key Features
- Sublingual liquid format for direct absorption through oral mucosa, bypassing digestion
- Approximately 1.2 mg per drop for precise, flexible dosing without splitting pills
- Micronized DHEA suspension maintains 95%+ absorption with improved formula
- Gluten-free, corn-free, soy-free with no fillers, binders or coatings
- Bio-identical DHEA sourced from wild yam for structural match to natural body production
- Compact dropper bottle with 500 servings per 1.02 fl oz bottle
How to Use
Swish for 30 seconds under the tongue for direct sublingual use, or mix with food-grade oil for a gentler experience with minimal reduction in absorption.
Who Is It For
This product suits those seeking a liquid DHEA supplement alternative to capsules or tablets, particularly individuals who prefer sublingual delivery or have difficulty swallowing pills.
Product Details
| Brand | BioMatrix |
|---|---|
| Form | Liquid |
| Size | 1.02 Fl Oz (500 Servings) |
Frequently asked questions
How many drops should I take per day?
Each drop contains approximately 1.2 mg of DHEA. The product allows for flexible, customizable dosing based on individual preferences without needing to split capsules.
How long does one bottle last?
One 1.02 fl oz bottle contains approximately 500 servings, providing long-lasting value depending on your chosen daily dose.
Is this product suitable for those with dietary restrictions?
Yes, this formula is gluten-free, corn-free, and soy-free with no unnecessary excipients, fillers, binders or coatings.
What makes the sublingual format better than capsules?
Sublingual liquid is absorbed directly through the oral mucosa rather than passing through digestion like pills, which may support higher absorption potential without the need for dissolution and digestive processing.