The brightening concentrate is a targeted spot treatment that has been formulated for daily use on the individual effected pigmented spots and targets the effects of skin discoloration caused by hormonal and environmental factors. The potent combination of Tranexamic Acid, our proprietary Depigmentation Peptide Complex and Ascorbyl Tetraisopalmitate “Vitamin C” support the prevention, intervention and reappearance skin discoloration. It is best used in conjunction with the brightening day serum and brightening night serum, as well as one of our exfoliating serums to support the delivery of the active ingredients in each formulation.

How and when to use:
Apply a small amount in morning and evening to the visible pigmented spots.

Use:
Morning & Evening before the day or night serum in the brightening collection.

Tips:
We recommend using the brightening concentrate in conjunction with the brightening day serum and the brightening night serum. For maximum deliver we also recommend using one of our exfoliation serums as the first serum you apply.

Depigmentation peptide complex
Our proprietary depigmentation peptide complex is a combination of skin brightening biomimetic peptide which works through the antagonism to alpha melanocyte stimulating hormone, inhibits the hormone signal that activates the melanocyte to produce melanin, thus preventing and reducing hyperpigmentation.

Tranexamic Acid
Tranexamic acid is a highly effective skin brightener, ideal for the reduction of skin discoloration related to hyperpigmentation, melasma and sun exposure. It is a derivative of the amino acid lysine, and works by regulating melanin overproduction to target dark spots and improve overall skin tone and luminosity.

2.5% Ascorbyl Tetraisopalmitate - Liquid Vitamin C
One of the most effective and beneficial cosmetic antioxidants available today. The modified vitamin is released as pure C internally. It is invaluable, stable antioxidant as it works to protect against UV induced cell damage and lipid peroxidation, two of the strongest contributors to the aging process.