DaVinci Labs Aller-DMG Immune Support - 60 Tablets
DaVinci Labs Aller-DMG Immune Support - 60 Tablets
Product details
DaVinci Labs Aller-DMG is a dietary supplement designed to support immune and respiratory health. Formulated with quercetin, bromelain, perilla seed extract, and N-acetyl cysteine, this tablet blend helps maintain healthy histamine levels and supports your body's natural response to environmental sensitivities.
Key Features
- Quercetin strengthens cell membranes to help manage environmental sensitivities and support normal histamine levels
- Bromelain and perilla seed extract work together to support immune and respiratory functions
- N-acetyl cysteine promotes healthy lung tissue and helps break up mucus
- Dimethylglycine (DMG) supports immune function and respiratory health by promoting circulation and oxygen utilization in lung tissue
Who Is It For
This supplement is ideal for anyone experiencing itchy or irritated eyes, skin, and nose, or dealing with runny or stuffy nose related to environmental sensitivities. It suits those looking to support their immune and respiratory health naturally.
Product Details
| Brand | DaVinci |
|---|---|
| Form | Tablets |
| Size | 60 Tablets |
Frequently asked questions
What is quercetin and how does it help?
Quercetin is a water-soluble bioflavonoid that strengthens cell membranes, making them less reactive to irritants. It helps manage the intensity of environmental sensitivities by supporting histamine within normal ranges.
What does N-acetyl cysteine do in this formula?
N-acetyl cysteine supports healthy lung tissue and helps break up mucus, contributing to respiratory health.
How does DMG benefit respiratory function?
Dimethylglycine (DMG) is a methyl donor that supports the immune system and promotes proper respiratory function by enhancing circulation and oxygen utilization in lung tissues.
What symptoms does this supplement address?
This supplement is recommended for itchy and irritated eyes, skin, and nose, runny or stuffy nose, and discomfort associated with environmental sensitivities.