- -10%
DIVES Argireline Peptide 10% 10x10ml
DIVES Argireline Peptide 10% 10x10ml: "btx-like" effect based mainly on the relaxation of the tension of the mimetic muscles of the facial skin.
DIVES Argireline Peptide 10% 10x10ml
Description
A UNIQUE NEW GENERATION PEPTIDE DESIGNED TO FIGHT SIMULATED WRINKLES AND SYMPTOMS OF SKIN AGING
Argireline is a hexapeptide that acts as an inhibitor of acetylcholine, which blocks the impulse in the neuromuscular junction. Its "btx-like" effect is based on the relaxation of tension in the mimetic muscles of the facial skin, which prevents the formation of new expression lines and reduces the depth of existing ones. Because of its excellent rejuvenating properties, Argireline is often used as a synthetic, non-toxic alternative to clinically proven botulinum toxin treatments. Recommended primarily for a strong lift of the temple, forehead and mouth.
(Box of 10 bottles of 10 ml)
Property
An eco-btx alternative to botulinum toxin, resulting in a strong smoothing of the simulated wrinkles
Results
- Revitalization and rejuvenation of the skin
- Elimination of imitation wrinkles
- Prevention of new wrinkle formation
- Lifting of the skin
Targeted Areas
- Around the eyes and temples
- Imitation wrinkles on the forehead
- Smoker's mouth and wrinkle area
Composition
Argireline hexapeptide (10%)
Application protocol
The product can be used alone or as a complement to other DIVES MED formulas. Apply to cleansed skin until the desired effect is achieved. Do not exceed 3 ml of product per treatment area. A medical history, exclusion of contraindications and informed consent are absolutely necessary before the procedure is performed.
Contraindications and informed consent to perform the procedure, and inform the patient of possible outcomes and side effects
To achieve satisfactory and long-lasting effects, 4 to 8 treatments should be performed at 10 to 14 day intervals. Incorrect treatment or treatment that does not follow the manufacturer's recommendations may result in complications and side effects.