“Dark Spots Only Occur When You’re Older” & Other Related Myths You May Not Know About
Did you know that dark spots are a very common skin concern?
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While most people associate dark spots with ageing, that’s not always the case. In fact, it’s a myth that “dark spots only occur when you’re older.”
The truth is that dark spot formation can be due to various factors, depending on the individual. Even if you’re young and have no signs of dark spots on your face, it doesn’t mean you won’t develop them over time.
Most dark spots are caused by an excess production of melanin, also known as hyperpigmentation
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Prolonged sun exposure is the main cause of this, as it triggers the overproduction of melanin. Overexposure to harmful UV rays is the primary culprit behind those pesky dark spots. It’s like your skin’s panic button – it produces extra melanin (the pigment that gives your skin its colour) to protect itself from damage.
But too much of this defence mechanism can lead to uneven skin tone and stubborn dark patches.
Besides the sun, other factors can also contribute to hyperpigmentation. Ageing is a natural process that can lead to dark spots, often called age spots. Inflammation from acne, cuts, or other skin irritations can also trigger extra melanin production.
And if you’re genetically predisposed or experiencing hormonal changes, you might be more prone to dark spots.
Another common myth about dark spots is that once they appear, they will be permanently etched onto your skin
This misconception often leaves people wondering if these pesky blemishes will fade naturally or if they need to take proactive steps. The truth is, it depends.
Some dark spots, especially those caused by temporary factors like sun exposure or acne, might gradually diminish as your skin naturally renews itself. However, other types of hyperpigmentation, such as melasma or deep-rooted age spots, may be more stubborn and require targeted treatments. The key lies in understanding the root cause of your dark spots and seeking appropriate care.
Establishing a consistent skincare routine — including proper moisturising and sun protection — aids in the fading process
Image via Eucerin
Using brightening ingredients like Thiamidol in your skincare routine is also highly beneficial and can reduce all types of dark spots, including those caused by sun exposure, ageing, and stubborn spots that are hard to get rid of.
Consistent sun protection is non-negotiable. Shield your skin from harmful UV rays with a broad-spectrum sunscreen to prevent new dark spots from forming and protect existing ones from darkening.
The search is over! If you’re looking for a skincare serum that can help combat your dark spots, Eucerin has the solution for you.
Image via Eucerin
Eucerin Spotless Brightening Booster Serum is a powerful addition to your skincare routine that is clinically proven and dermatologically tested to reduce all types of dark spots. This includes those caused by sun exposure and ageing, as well as stubborn spots that are hard to get rid of.
Containing Thiamidol — The No.1 Dark Spots Solution*, it targets dark spots at the root cause, and has been shown to be more effective than traditional brightening ingredients like Vitamin C, Niacinamide, and Arbutin**.
Image via Eucerin
For comprehensive protection, pair Eucerin Spotless Brightening Booster Serum with Eucerin Spotless Brightening Sun Serum SPF50, which also contains Thiamidol. This sun serum not only reduces dark spots and prevents their reappearance but also offers sufficient sun protection with SPF50. It is fast absorbing and non-comedogenic, while also being free of harmful ingredients like octinoxate and oxybenzone, giving you extra peace of mind.
Check out what these Malaysians had to say about Eucerin Spotless Brightening Booster Serum:
Get your hands on Eucerin Spotless Brightening Booster Serum today!
*IQVIA Consumer Health Sell-Out data regarding sales value and volume based on 16 countries, MAT 08/2023
**Mann et al., Efficacy of Thiamidol, Niacinamide, Tranexamic acid, Cysteamine, Azelaic acid on melanin production in vitro. EADV 2020, Poster No.1240