Description
Pillar Motion Armour - Joint Longevity Tab 60 Aust L 356729
A breakthrough joint supplement. A combination of natural, patented ingredients purposefully developed to maintain joint cartilage health , support joint mobility/flexibility, while also relieving mild joint inflammation, pain and stiffness.
– Formulated using patented natural ingredients NEM® (Egg Shell Membrane) and 5-LOXIN® (Boswellia serrata extract).
– Maintains healthy joint cartilage.
– Relieves mild joint inflammation.
– Relieves mild joint pain and stiffness.
– Maintains joint mobility/flexibility.
Ingredients:
Each film-coated tablet contains:
NEM® Egg shell membrane powder 250 mg
5-Loxin™ Boswellia serrata extract 50 mg
equiv. Boswellia dry gum 1 g
Curcuma long Rhizome 50 mg
equiv. Curcuma Ionga rhizome dry 3200 mg
Directions:
Adults: Two (2) tablets per day or as directed by your healthcare professional.
For most effective results, based on all current clinical trials regarding NEM® and 5-Loxin®, a strict 2 tablets per day dosage should be taken.
If symptoms persist, consult a healthcare professional.
Vitamin supplements should not replace a balanced diet.
Do not use if seal is broken. Store below 30˚C
Free from gluten, dairy & nuts. Contains soy derived substances.
Who should Take Motion Armour?
MOTION ARMOUR has been formulated to benefit athletes of all types – from endurance runners to powerlifters – to protect the integrity of their joints.
Regardless of how you like to train, in some way or another your joints are put under immense stress and the sad fact is that our joint cartilage has a shelf life! MOTION ARMOUR has been designed to be beneficial in the here and now, but also help protect the integrity of joints long after your playing days are over.
Where are NEM® and 5-LOXIN® sourced?
NEM® is a patented egg shell membrane ingredient manufactured by Stratum Nutrition, Missouri, USA.
5-LOXIN® is a patented trademark and manufactured by PLT Health Solutions-Laila Nutraceuticals in New Jersey, USA.
Both have undergone significant clinical testing for their role in joint mobility and cartilage protection.
