SFI Health Klaire Labs Indole Forté - 60 Capsules
Product details
Klaire Labs Indole Forté is a science-backed indoles supplement featuring indole-3-carbinol (I3C) and diindolylmethane (DIM) to support healthy estrogen metabolism. This daily capsule promotes hormonal balance in both men and women by encouraging the conversion of estrogen into its beneficial form, 2-hydroxyestrone.
Key Features
- Dual I3C and DIM blend from compounds naturally found in cruciferous vegetables like broccoli and cabbage
- Promotes conversion of estrogen to 2-hydroxyestrone to support tissue protection
- Stimulates liver detoxification enzymes and supports DNA protection
- Broader spectrum of indole compounds compared to standalone DIM supplements
- Formulated for daily use and trusted by healthcare practitioners
Who Is It For
Indole Forté suits men and women seeking to support hormonal balance and estrogen metabolism as part of their daily wellness routine. It may be of interest to those managing hormonal changes or looking for cellular and detoxification support.
Product Details
| Brand | SFI Health |
|---|---|
| Form | Capsules |
| Size | 60 Capsules |
Frequently asked questions
What is the difference between Indole Forté and a standalone DIM supplement?
Indole Forté provides a broader spectrum of indole compounds, including I3C, DIM, and other indoles, compared to standalone DIM supplements, which may offer more complete support for metabolism and detoxification.
How does this supplement support hormonal balance?
Indole Forté promotes the conversion of estrogen to its beneficial form, 2-hydroxyestrone, which helps protect tissues against the effects of undesirable estrogen metabolites.
What are the natural sources of the compounds in this supplement?
The I3C and DIM in Indole Forté are compounds naturally found in cruciferous vegetables such as broccoli and cabbage.
What additional benefits does this supplement provide?
Beyond hormonal support, Indole Forté stimulates liver detoxification enzymes, aids in DNA protection, and regulates cell cycle progression, contributing to overall cellular health and detoxification processes.