Glow + Flow is plant-based goodness for the body, allowing you to glow from the inside out. Healthy hair and complexion requires solid nutrition, restful sleep and plenty of hydration. With busier lives than ever, and the confusion of not knowing what to consume and when, it is easier said than done. That's where we come in.

Around 70% of our skin's protein is collagen, but from our twenties onwards, our body makes less of it. This is bad news for our hair, skin and nails. We put back in, what our bodies are lacking - you guessed it, collagen, but make it plant-based and in a handy little sachet you can take with you anywhere.

We harness plant-based collagen peptides and essential nutrients to boost your body on a cellular level and provide the essential amino acids it needs to rebuild collagen naturally. These are glycine, proline, hydroxyproline, and boosting natural Ayurvedic ingredients. We recommend a dose of this once a day, preferably with, or after a meal. Feel a little lighter and brighter with plant-powered goodness for your body and soul.

*UAE orders do not contain Horsetail

Details

15 single dose sachets

Each serving size and sachet is 3g

Flavourless

Made in the United Kingdom

How to Use

Add 1 sachet (3g) to a 200ml beverage and mix well. The powder is flavourless, making it easy to combine with your favourite cold or hot drink, such as a fruit juice, smoothie, or tea. Consume 1 serving per day.

Ingredients

L-Glycine, Prickly Pear Juice Powder, Methylsulfonylmethane (MSM), Vitamin and Mineral Blend (Vitamin C [from Acerola Cherry Fruit Juice Extract], Vitamin E [Mixed Natural Tocopherols], Vitamin A [from Natural Beta-Carotene], Zinc Bisglycinate, L-Selenomethionine, Copper Bisglycinate, D-Biotin), L-Proline, L-Hydroxyproline, Saw Palmetto 10:1 Extract, Horsetail 20:1 Extract (20% Silica)

*UAE orders do not contain Horsetail

Click here to learn more about our ingredients

Benefits

Flavorless plant-powered goodness to:

• Support collagen production
• Healthy hair, skin + nails
• Protects against cellular oxidative stress