Hydroquinone 2% w/w + Tretinoin 0.025% w/w + Mometasone Furoate 0.01% w/w Cream
Brand Name : GO SPOT
Hydroquinone 2% w/w + Tretinoin 0.025% w/w + Mometasone Furoate 0.01% w/w Cream
GO-SPOT: Hydroquinone 2% w/w + Tretinoin 0.025% w/w + Mometasone 0.01% w/w is available in a cream base weighing 15 grams. It comes in the category of Dermatology.
GO SPOT is used to treat mild to moderate melasma in the short term, reducing scars, marks, blemishes, and dark circles under the eyes. This Cream is a combination of three medicines which helps to treat Dark spots on skin it also include skin lightening ingredients. It decreases the amount of a skin pigment (melanin) that causes skin darkening. This effect can be reversed. It also prevents the skin from producing particular chemical messengers (prostaglandins) that cause itchy, puffy, and red skin. Vitamin A in the form of retinol helps the skin regenerate more quickly.
This product should always be used in conjunction with sun protection measures like wearing sunscreen and covering up. Initial progress may be noticed in as little as two weeks, but full benefits typically take two to three months of consistent use. Applying this cream on skin that is damaged or infected is not advised. If you feel itchiness or an allergy, stop using the product and see a doctor. Without first seeing your doctor, don’t use it for more than 6 to 8 weeks.
HOW DOES IT WORK?
Three medications are included in GO-SPOT: HYDROQUINONE +TRETINOIN+MOMETASONE cream. Hydroquinone is a skin bleaching or lightening agent, Tretinoin is a form of Vitamin A, and Mometasone is a corticosteroid. Hydroquinone reduces the production of melanin, a skin pigment that makes the skin dark. Tretinoin is a kind of synthetic vitamin A, which enhances skin cell regeneration and aids in the natural removal of dead skin on the surface of the skin. Mometasone is a member of the corticosteroid family and prevents the production of specific chemical messengers in the body that produce inflammation, itching, and redness by working inside skin cells.