Rosehip 10, 000Mg, High Strength 60 Tablets

Product Description

stronger than many supermarket brands with 500mg of pure rosehip extract per tablet, 250mg vitamin c per tablet, one-a-day, taste-free, coated tabletsthe rosehip has been prized as a 'super-fruit' by herbalists for centuries & is still popular today. practitioners often recommend rosehip to those with active lifestyles or people who take glucosamine.our rosehip tablets are some of the strongest & purest in the uk, containing 500mg standardised rosehip extract per tablet the equivalent to 10, 000mg of whole dried rosehips which is almost double the level found in many other products. although rosehips are a naturally rich source of polyphenols, anthocyanidins & vitamin c, we've added a further 250mg of vitamin c for the normal function of the immune system & nervous system. our rosehip tablets have achieved such concentrated levels thanks to our careful sourcing of the finest grade raw materials at levels consistent with published studies. we use the rosa canina species from cultivated & fully sustainable sources. we've chosen to encapsulate our rosehip formula in easy-to-swallow, taste-free tablets instead of capsules since they can deliver highly concentrated levels of active ingredients. our rosehip formula is manufactured & packaged in uk factories working to rigorous good manufacturing practice (gmp) to ensure our strict quality standards are met. curious to learn more about our rosehip tablets? why not reach out to one of our expert nutrition advisors//aadvice//class=f-brand!important? they're always happy to provide free, confidential advice on any of our product offerings. you can also find out more about rosehip here//b 724//class=f-brand!important. what do rosehips contribute to?vitamin c contributes to normal collagen formation & the normal function of cartilage (the connective tissue that protects the bones at the joint), gums, skin, & blood vessels, as well as the normal function of the immune system & nervous system, & the protection of cells from oxidative stress.