Science in Sport GO Electrolyte Drink Powder

30,00 GBP

Description

GO ELECTROLYTE DELIVERS ENERGY AND PROMOTES HYDRATION GO Electrolyte contains a blend of an easily digestible carbohydrates as well as electrolytes (such as sodium) that promote optimal hydration to keep your muscles performing on longer hotter rides where sweat loss is a factor FORMAT: A combination of energy sources and electrolytes enhance your body's ability to absorb water during exercise, maintain your endurance performance and protect against cramp. The product is mixed at appropriate concentrations of carbohydrate (36 grams as a 6% solution), sodium (20 mmol/L) and fluid (500ml serving) in order to achieve the combined aims of energy and hydration MIX: Simply add 40g of GO Electrolyte (2 scoops = 40g) to 500ml of water in a bottle and shake well ensuring the lid is firmly closed CONSUME: Drink 500ml every 45-60 minutes of exercise or as required, once prepared, consume within 24 hours. FLAVOUR: 4 taste options - Lemon, Blackcurrant, Tropical, Orange WITHOUT: No artificial sweeteners INFORMED SPORT: All Science in Sport products are tested under the Informed Sport programme and does not contain any banned substance SUITABLE FOR: Vegans, Vegetarians, Lactose free, Gluten Free, Wheat Free, Nut Free, Soya Free PACK SIZES: 1.6kg or 500g tub NUTRITION STATS For nutritional information about the individual flavours please contact customer service. Example below is for Lemon & Lime flavour. Typical Values Per Serving (40g) Per 100g Energy 619kj/146kcal 1547kj/364kcal Protein 0.0g 0.0g Carbohydrate 36g 91g of which sugars 6.7g 17g Fat 0.0g 0.0g of which saturates 0.0g 0.0g Fibre 0.0g 0.0g Salt 0.5g 1.3g VITAMINS & MINERALS (% RDA) Calcium 27mg (3%) 66mg (8%) Magnesium 5mg (1%) 13mg (4%) Potassium 60mg (3%) 150mg (8%) Ingredients: Carbohydrate mix (93%) (Maltodextrin (from Maize), Fructose), Citric Acid, Electrolytes (2%) (Sodium Chloride, Calcium Lactate, Potassium Chloride, Sodium Citrate, Magnesium Citrate), Natural Flavouring, Sweetener (Aspartame). Contains a source of Phenylalanine