The active ingredients encapsulated in the Follicular Delivery Systems are delivered specifically to the hair follicle for a more intense and precise effect on the structures and cells located there: the hair bulb, the dermal papilla and the sebaceous gland.
The Follicular Delivery nanovesicles vehicles the active ingredients towards the deepest areas of the hair follicle without needing to use conductors with alcohol solvents to promote absorption and thereby completely avoiding the adverse effects of dryness and irritation that such solvents generate.
The Follicular Delivery system which INdermal produces, is particularly effective in the protection and conduction of 5-α reductase ingredient inhibitors given that it facilitates their reaching the sebaceous gland via the main excreting sebaceous conduit in the hair follicle, being the specific delivery target of these advanced and new generation nanovesicles.
Furthermore, the hydro dispersible nature of the encapsulated product makes it the perfect option for the formulation of water-based cosmetics, which are the preferred choice of cosmetics for users with greasy hair or skin.
Simplify the formulation process by PROTECTING THE ACTIVE ingredient from oxidation, light degradation and interaction with other ingredients.
SOLVE ORGANOLEPTIC PROBLEMS by masking the smells and colours of the ingredients in a rapid, enduring and scalable manner.
Comfortable and easy to incorporate owing to their HIGH LEVELS OF STABILITY AND COMPATIBILITY with all types of cosmetic forms.
ENHANCES THE EFFICACY OF THE COSMETIC ACTIVE by up to 20 TIMES through targeted release in the desired area
FDS SYSTEM
Follicular Delivery System Features and Applications
This innovative system maximizes the effectiveness of skin & hair restoration treatments, promoting healthier, stronger hair growth. FDS provides a versatile solution for improving scalp vitality addressing various skin concerns.
Anti-hair loss agents
Energizer
Growth Stimulants
Anti-acne agents
Sebum regulating agents
Efficacy studies
Penetration study
The micrographs show how the rhodamine-stained FDS nanovesicles are able to selectively concentrate in the hair follicle
PROVEN EFFICACY RESULTS
Validated Efficacy Studies
We conduct both ex vivo and in vivo tests to evaluate the enhanced efficacy of our encapsulated actives, driven by our advanced delivery systems