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Cetilar®

ARTHRITIS - TENDONITIS - BACKGROUND - MUSCULOSKELITIC PAINS

We are often faced with pain in joints, muscles or tendons that make our daily activities difficult. Quickly relieve pain and restore mobility with innovative Cetilar® cream.

Cetilar®

What is CETILAR?

Vegetable origin.

Cetilar is a topical cream suitable for the treatment of pain and the restoration of function in muscles, joints and tendons in a natural way.

Fatty acids are components of our body that have lubricating, anti-inflammatory and analgesic effects.

Intense physical exertion, injuries or certain diseases can alter their concentration by affecting the inflammatory process and tissue elasticity. Cetilar restores the concentration of fatty acids in the affected area resulting in inhibition of the inflammatory process and tissue lubrication.

Cetilar®

THE BENEFITS

Cetilar®, thanks to its specially designed composition, from low molecular weight acetylated fatty acids and increased lipophilic character, ensures high and fast absorption.

The innovative composition of Cetilar® and its differentiated mechanism of action offers:

Cetilar®

WHEN CAN IT BE USED?

Cetilar® cream is suitable for the following cases:

Osteoarthritis

Muscle aches

Tendonitis

In combination with physiotherapy

During the recovery period from inflammation or injuries of the joints

Injuries during exercise

Cetilar®

Cetilar has an innovative composition.

Contains acetylated fatty acids in high concentration (7.5%).
Oleic acid
Palmitic acid
Stearic acid
Miristic acid
Linoleic acid

Cetilar®

Why Cetilar?

It is of plant origin

It has proven to be effective in relieving pain without burdening the body

It has an easy application

Used 2 times a day

Odorless

It does not stain and does not leave residues on the skin and clothes

It has high and fast absorption

HOW IS IT USED?

Apply Cetilar® cream to the affected area, 2 times a day, massaging vigorously at least until it is completely absorbed. Cetilar® has clinical data for 12 weeks of continuous use.

Sources

Curtis LC et al, J. Biol. Chem. 2000; 275: 721-24. Loef M et al, Joint Bone Spine, 2019; 86 (4): 451-58. Ariani et al, Arch. Rheumatol, 2018; 33 (4): 438-42. Valderetti N. et al, 48 National Congress SIMFER, 2-4 / 12/2020, Poster Code 24. Kraemer WJ et al, J. Strength and Conditioning Research, 2005; 19 (2): 475-80. Pampaloni E et al, Hellyon 6 (2020), e04526.