Maximum Stress Control™*
• Relieves Occasional Stress
• Reduces Irritability & Tension
• Helps You Relax 24/7*
- SKU 38906 | 60 Softgels
Maximum Stress Control provides unique botanical support to stop you from feeling overwhelmed so you can start enjoying life. It combines powerful lemon balm with holy basil and chamomile oils for a formula that helps you keep perspective, stay relaxed, and remain focused.*
- Reduces occasional stress and irritability
- Relieves occasional muscle tension
- Feel calm and in control
- Reclaim your day and relax at night*
While you can’t completely avoid stress, you can change how you react to it. Maximum Stress Control can help.
|Proprietary Formula||375 mg||**|
Lemon Balm (Melissa officinalis) Leaf and Stem Extract (4-6:1), Holy Basil (Ocimum sanctum) Leaf Oil (650:1), Chamomile (Chamomilla recutita) Flower Oil (50-66:1)(CO2 extraction)
**Daily Value (DV) Not Established.
Terry Naturally brand products contain natural and other premium ingredients.
Adults and children (12 & older): 1 softgel twice daily.
Children (ages 6-11): 1 softgel daily.
If pregnant or nursing, consult a healthcare practitioner before using.
Will this product make me feel sleepy during the day?
No, but it can help you relax at the end of the day, so that you feel refreshed and revitalized after sleep.*
I see there is a “supercritical CO2 extract” in this formula. What does “supercritical” mean?
Supercritical CO2, meaning carbon dioxide in a liquid form, is a special type of non-toxic solvent that is particularly good for extracting essential oils without damaging them or causing them to become rancid through oxidation. Supercritical CO2 extract is the preferred method for obtaining a full spectrum essential oil extract, discarding the non-essential fibrous plant material. This process is a cold extraction that uses no heat. Supercritical CO2 yields a very pure extract, with no heavy metals or potential for bacterial growth. Because it evaporates completely there is also no concern about contamination or residue left in the extracted materials.