Intense sporting activity, physical labour, excess body weight or a past accident can affect the joints. Maintaining joint function is about optimal and sustainable comfort during domestic, professional and leisure activities.
Turmeric rhizome extract has traditionally been used in Asia, and more specifically India, for its benefits. Several international studies have demonstrated its significance in the field of joint function.
Like the majority of plant substances, it is the quality of the BCM-95® extract that is crucial when used in a dietary supplement. In fact, an inadequate extraction will make it impossible to concentrate the substances that provide the benefits.
The composition of the turmeric (Curcuma longa BCM-95®) extract contained in Mobilityl ensures greatly increased bioavailability, 7 times higher than that of a standard turmeric extract**. This bioavailability results in a higher concentration of active substance in the blood, and longer retention in the body.
Furthermore, numerous scientific studies have been specifically carried out with Curcuma longa extract BCM-95®, proving its innocuousness.
Joints: 2 capsules a day for 2 months, then 1 to 2 capsules a day as advised by your doctor or pharmacist.
Tendons: 2 capsules a day for 1 week, then 1 to 2 capsules a day as advised by your doctor or pharmacist.
To be taken during a meal with a glass of water.
Ingredients per capsule :
For the following people, Mobilityl should not be taken without first consulting a doctor:
Notification number: PL 21/40
Dietary supplement • Do not exceed the reference daily intake.
*Turmeric extract helps maintain joint flexibility.
** Antony B. et al., 2008.
For healthy cartilage*.
Bioglucosamine MAX helps ensure the functionality of cartilage*.
HYAFLEX is recommended for the treatment of joint pains.
NC2 helps ensure cartilage function*.
USA300 contains substances derived from soya.
A unique combination for healthy cartilage*.
HYAFLEX FORTE is recommended for the treatment of joint pain.
A unique combination for joint mobility and tendons*.
No result was found for your search