Eyebelle

Eyebelle Peptide®, reduces under‑eye dark circles, bags and wrinkles. It helps achieve successful results in solving many problems around the eyes and under‑eye area, including genetic and hereditary factors.

Mechanism of Action with 5 Main Routes
DARK CIRCLES
Route 1
Inhibiting melanin synthesis and transport
Route 2
Removal of blood waste
Route 3
Strengthening the extra‑thin skin of the lower eyelid

UNDER‑EYE BAGS
Route 4
Improving periorbital vascularization
Route 5
Reducing swelling

INGREDIENTS
Tranexamic, Chrysin, N‑hydroxysuccinimide, α‑Arbutin, Retinol, Oligopeptide‑1, Tetrapeptide‑7, Tetrapeptide‑5, Dipeptide‑2, Hesperidin, Caffeine, Niacinamide and Vit C.

GENERAL OVERVIEW

α‑Arbutin, Niacinamide, Tranexamic Acid
These three actives intervene in UV‑induced plasmin activity, inhibiting melanin synthesis. They stimulate the melanocyte‑stimulating hormone, a strong melanocyte growth factor, and the primary fibroblast growth factor, thereby helping to eliminate under‑eye spots.

Retinol
Increases collagen production and has antioxidant effects. Retinoids interfere with melanosome transfer to keratinocytes, inhibit tyrosinases, and also boost epidermal melanin turnover, accelerating pigment loss for a spot‑fighting effect.

VIT C (3 ET VC)
Its antioxidant and collagen‑renewing capacity prevents photo‑aging, increases skin elasticity, and thus prevents hyper‑laxity and the formation of eye bags. It also works effectively to remove spots.

Chrysin
Chrysin eliminates waste buildup from hemoglobin breakdown such as bilirubin and iron. This flavonoid reduces swelling because it blocks COX‑2 expression and PGE‑2 formation. It also clears free radicals in the body and serves as an antioxidant.

N‑Hydroxysuccinimide
N‑hydroxysuccinimide is very active in eliminating the accumulation of substances that lead to hemoglobin degradation, such as biliverdin, bilirubin and iron. With these properties it helps reduce under‑eye bags.

Oligopeptide‑1, Palmitoyl Tetrapeptide‑7, Tetrapeptide‑5
These three actives stimulate cells to produce collagen, elastin and hyaluronic acid, increasing skin thickness. They also act anti‑inflammatorily after UVB exposure. They enhance synthesis of structural skin proteins, stimulating type I and II collagen and fibronectin production via activation of the tissue growth factor β (TGF‑β). This contributes to reducing wrinkles.

Hesperidin MCH, Dipeptide‑2, Caffeine
They lower the filtration rate of capillaries, so less blood flows through capillaries close to the skin surface. This prevents leakage from vessels under the eyes and also prevents the dark bluish appearance caused by blood seeping beneath the skin surface. They increase capillary resistance, reduce capillary permeability and help vessels dilate more easily. They have vasoconstrictive properties, making veins less visible and also stimulating blood circulation around the eyes.