Blood Sugar Babe
A multi-tasking super powder! Myo-Inositol is research-backed to support healthy blood glucose and assist with sugar metabolism. It promotes skin health to reduce the occurence of acne and support reproductive health.
Designed to:
- Helps maintain blood sugar in healthy individuals
- Supports healthy thyroid hormones
- Aids sugar/carbohydrate metabolism in healthy individuals
- Maintains healthy hormonal balance
- Supports foetal development
- Maintains reproductive health
- Supports sperm health & motility in men
- Supports healthy testosterone levels
- Relieve & help reduce symptoms of acne
- Promotes skin health
Blood Sugar Babe training video
A quick training video to learn more about why we made it.
Blood Sugar Babe FAQs
Blood Sugar Babe FAQs:
Is Blood Sugar Babe pregnancy & breastfeeding friendly?
- Blood Sugar Babe is pregnancy friendly, however we don't recommend during breastfeeding - as breast milk is naturally rich in inositol.
Is Blood Sugar Babe vegan?
- Yes! Blood Sugar Babe is vegan, gluten free, soy free, dairy free, refined sugar free, GMO free & free of artificial colours, flavours and additives.
Can you take Blood Sugar Babe with other Eve supplements?
- Absolutely, Blood Sugar Babe is safe to take alongside the rest of our Eve range.
Can Blood Sugar Babe be added to hot drinks, or just cold?
- Cold is best! The potency of myo-inositol powder can degrade when heated.
How long until it starts to work in the system?
- Minimum of 3-6 weeks - Insulin is a hormone that takes time to adjust to change.
What's the difference between Myo-Inositol and Inositol?
- Same same but different name. Myo-Inositol is just one of the many inositols but it is the most studied isomer.
How does Myo-Inositol work in the system?
- Simply put, Myo-Inositol supports cellular sensitivity to insulin, which results in lower blood sugar levels.
- For a in-depth explanation.... Inositol acts as second messengers for insulin which means it can facilitate a normal cell response to insulin, stimulate glucose uptake in skeletal muscle cells and decrease blood sugar levels. This process improves insulin sensitivity .