Skin Lightening for a Radiant Skin

Niacinamide

What is Niacinamide?

Niacinamide, also known as nicotinamide or vitamin B3, is a potent ingredient renowned for its skin lightening properties, from reducing dark spots to achieving a radiant complexion.

Why Choose Niacinamide?

Unveil the secret to clear, radiant, and blemish-free skin with salicylic acid. Revolutionize your complexion with this potent exfoliating ingredient, banishing breakouts and leaving your skin smooth and radiant.

Skin Benefits of Niacinamide

Reduce hyperpigmentation

inhibit the transfer of melanin to the skin’s surface, effectively reduce the appearance of dark spots, sun spots, and hyperpigmentation.

Even out skin tone

regulate melanin production, creating a more uniform complexion.

Sun damage repair

help to repair sun damage caused by UV radiation, promoting a brighter and clearer complexion.

Improve skin barrier function

retain moisture and protect against environmental aggressor.

Reduce wrinkles and fine lines

stimulate collagen production, leading to firmer, more youthfullooking skin.

Minimize pores

regulate oil production, reducing the appearance of enlarged pores.

Reduce redness and inflammation

soothe and calm irritated skin, reducing redness caused by acne and rosacea.

Clinical Studies

Niacinamide reduces the amount of melanin produced by cultured normal human melanocytes and in a 3D tanned epidermis model. The amount of melanin is reduced by 18%~22% in cultured melanocytes after 5 days incubation with niacinamide, a similar decrease to that observed in the presence of the positive control, 0.01% kojic acid, assayed in the same experiment.
Niacinamide reduced the endothelin-1 protein level expressed by cultured keratinocytes, in the presence or absence of UVB exposure. In the absence of UVB, endothelin-1 protein levels decreased by ~60% after incubation with 0.1% niacinamide, for 24 hours. Exposure of cultured cells to 30mJ/cm2 UVB caused endothelin-1 levels to increase, with levels dropping slightly below baseline in the presence of 0.1% niacinamide.
Niacinamide reduces the amount of melanin produced by cultured normal human melanocytes and in a 3D tanned epidermis model. The amount of melanin is reduced by 18%~22% in cultured melanocytes after 5 days incubation with niacinamide, a similar decrease to that observed in the presence of the positive control, 0.01% kojic acid, assayed in the same experiment.
Niacinamide reduced the endothelin-1 protein level expressed by cultured keratinocytes, in the presence or absence of UVB exposure. In the absence of UVB, endothelin-1 protein levels decreased by ~60% after incubation with 0.1% niacinamide, for 24 hours. Exposure of cultured cells to 30mJ/cm2 UVB caused endothelin-1 levels to increase, with levels dropping slightly below baseline in the presence of 0.1% niacinamide.
Niacinamide maintains the skin microbiota balance by selectively inhibiting C. acnes, and little to no effect on the other two commensal species present, S. epidermidis and S. hominis
Niacinamide maintains the skin microbiota balance by selectively inhibiting C. acnes, and little to no effect on the other two commensal species present, S. epidermidis and S. hominis

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