About Applied Nutrition – Beef-XP, Millions Blackcurrant – 150g (5 servings)

Applied Nutrition Beef-XP is a high-quality beef protein isolate powder delivering 27.72g of protein per 30g serving, making it an efficient way to support your daily protein intake. Sourced from beef protein isolate at 92% concentration, each serving provides a lean protein source with minimal carbohydrates (0.66g) and fat (0.54g), helping you hit your nutritional targets without unnecessary extras.

Flavoured with the nostalgic taste of Millions Blackcurrant, Beef-XP offers an enjoyable and convenient alternative to traditional dairy-based protein powders. It is both gluten free and lactose free, making it a suitable option for those who prefer to avoid these ingredients in their supplement routine.

Each 150g pack provides 5 servings and is easy to prepare — simply mix one scoop with water or milk in a shaker. Whether you use it post-workout or as a top-up throughout the day, Beef-XP fits seamlessly into an active lifestyle and a varied, balanced diet.

Informations nutritionnelles

Nutriment	Per serving (30g)
Énergie	114 kcal
Protéines	27.72g
Glucides	0.66g
– dont sucres	0 g
Graisse	0.54g
Fibre	0.20g
Sel	1.02g

Ingrédients

Beef Protein Isolate (92%), Acid (Citric Acid), Flavouring, Colour (Beetroot Red, Brilliant Blue FCF), Sweetener (Sucralose).

Mode d'emploi et posologie

Mix 1 scoop (30g) to 300ml of water or milk in an Applied Nutrition shaker any time of the day to increase your daily protein intake. Consume 1–3 times daily. Scoops are estimated only, weighing scales are recommended.

Avertissements

Check with a qualified health professional before using this product if you are under the age of 18, pregnant or nursing a baby, or if you have any known or suspected medical condition(s) and/or are taking any prescription or OTC medication(s). Not to be used as a substitute for a varied diet and healthy lifestyle. Do not exceed the suggested use. For best before date and batch number see label. Brilliant Blue FCF may have an adverse effect on activity and attention in children.