

Melatonin with Magnesium 5 mg Berry Flavor
Sleep Soundly
Overview
The combination of 5mg melatonin and 1mg magnesium is designed to support sleep. Melatonin at this dose is generally effective for promoting sleep onset and regulation, especially for individuals with disrupted sleep patterns. However, the 1mg dose of magnesium is significantly below the minimum recommended daily intake and physiological doses typically used for sleep or deficiency correction, making its therapeutic contribution alongside melatonin questionable.
The Good
Effective dose of melatonin for sleep support.
Pectin-based, gluten-free, and gelatin-free, making it suitable for vegetarians.
Convenient and palatable gummy form.
The Bad
Magnesium dose (1mg) is extremely low and unlikely to provide any physiological benefit.
Contains 2g of added sugar per gummy, which may be undesirable for some users.
Gummy format may contribute to less precise dosing compared to other forms.
Is it for you?
Best For: Individuals seeking sleep support, those with occasional sleeplessness, people looking to relax before bed
Skip If: You are pregnant, breastfeeding, operating machinery, or taking sedatives/anticoagulants.
Ingredients Analysis
How to Use
Take one serving 30-60 minutes before desired sleep time. Follow package directions for specific dosage.
Daily
Evening
Before bed
Who Should Use This
Best For:
Recommended Articles

Best Sleep Supplements: Ingredients & Doses
Melatonin (0.5-5 mg) and Valerian root (300-600 mg) are highly recommended for improving sleep quality.

Best Times to Take Supplements for Health
Consuming certain supplements at specific times can enhance sleep quality and energy levels, aligning with the body's circadian rhythm.

Best & Worst Sleep Supplements
Melatonin, magnesium, and valerian root can improve sleep, while caffeine disrupts it.

Melatonin Dosage Guide for Sleep
Effective melatonin doses for adults range from 0.5 mg to 3 mg, with variations for children and older adults and consideration of potential side effects and medication interactions.