Restore 500ml (2 week supply) - Naked Biotics

£19.95

Add to My List
Add to My List
SKU 50999 Categories ,

About Restore 500ml (2 week supply) - Naked Biotics

Naked Biotics contains specially brewed, live, fermented bacteria. Each bottle contains 12 strains and multiple classes of live bacteria. Restore is formulated for sensitive tummies that need a bit more TLC, and includes Rose Hip and Peppermint, specially selected to help restore the normal function of your gut. Let’s get you glowing from the inside out!

Brand

Allergen Information

, , ,

Size

500 ml

Ingredients

Purified and Structured Water, Food Grade Cultures (Bacterial Strains: Bacillus subtilis, Bifidobacterium animalis, B. bifidum, B. longum, Lactobacillus acidophilus, L. casei, L. bulgaricus, L. fermentum, L. plantarum, Lactococcus lactis, Saccharomyces cerevisiae, Streptococcus thermophilus), Natural Fruit Juices, Natural Cane Sugar Molasses, Botanical Extract blend containing: Slippery Elm Powder, Lemon Balm, Peppermint and Rose Hip, Kelp, Sodium Chloride.

Storage instructions

All our products are fermented liquids and best stored at room temperature. This is because we ferment Naked Biotics at body temperature so it’s a like for like environment when it is consumed – making it more robust. If refrigerated, the microbes are a little slower and not as effective. They are happiest out of the fridge!

Barcode

Disclaimer

Food supplements should not be used as a substitute for a varied diet. If you are taking prescribed medication, have any medical condition or are pregnant or breast-feeding please consult your healthcare practitioner before taking food supplements.

 

Energy7 kcal<20 KJ/100ml
Protein (conversion factor = 6.25)<0.5 g/100ml
Carbohydrates<1 g/100ml
Of which total sugar<0.1 g/100ml
Total Fat<0.5 g/100ml
Of which total Saturated Fat<0.5 g/100ml
Of which total Polyunsaturated fat<0.5 g/100ml
Of which total Trans fat<0.01 g/100ml
Of which Monounsaturated fat<0.5 g/100ml
Total Dietary Fibre<0.3 g/100ml
Sodium67 mg/100ml
Cholesterol<0.01 mg/100ml