Dark circles under the eyes are a common concern across generations. Whether inherited, caused by sun exposure, fatigue, or persistent hyperpigmentation, they can make the face appear tired, even after a full night’s sleep. Even as hyaluronic acid injections have long been a popular solution for addressing volume loss in this area, a new medical approach is gaining attention: a protocol based on decapeptides, designed to directly target pigmentation. This development offers a potentially new avenue for those seeking to brighten the under-eye area and restore a more refreshed appearance.
Why Pigmentary Dark Circles Are the Most Difficult to Correct
From a medical perspective, dark circles aren’t simply a cosmetic issue. “A dark circle corresponds to a visible alteration of the contour of the eye, linked to either hyperpigmentation, apparent vascularization, or a loss of volume,” explains Dr. Nabil Bendjazia. He adds, “Medically, it’s an area where the skin is particularly thin, and even a minor pigmentary or circulatory imbalance becomes very noticeable. It’s therefore multifactorial.” This delicate skin makes the area particularly challenging to treat, as the underlying causes of dark circles vary.
Puffiness and hollows under the eyes have well-established treatments. “Puffiness is often related to excess fat or sagging skin. surgery is often the most effective solution,” notes the doctor. “Hollows under the eyes respond very well to hyaluronic acid injections.”
However, treating pigmentary dark circles presents a different challenge. “Pigmentary dark circles are more delicate due to the fact that they stem from an excess of melanin, a deep biological mechanism. Genetics play a role, but it’s not the only factor…” This means simply filling or tightening the skin isn’t enough; treatment must address the issue at a cellular level.
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A New Approach to Dark Circles, Beyond Hyaluronic Acid
This is where the new protocol based on decapeptides comes in. “We use decapeptides, which are small biological fragments composed of ten amino acids,” explains Dr. Bendjazia. “These molecules are extremely captivating because they act as cellular messengers, capable of regulating melanin production without irritating the skin.” Their action is precise and targeted. “Decapeptides directly affect the pathways involved in pigmentation: they modulate the activity of melanocytes, reduce overproduction of melanin, and promote a more even skin tone.” He emphasizes, “This is a much more elegant approach than simple ‘bleaching’; it’s more about rebalancing pigmentation.”
Contrary to some perceptions, this treatment isn’t a direct competitor to hyaluronic acid injections; it addresses a different concern. “Hyaluronic acid is ideal for correcting hollows under the eyes by restoring volume. But it doesn’t treat the color,” the doctor points out. “Microneedling with decapeptides, targets pigmentation, addressing the root cause of the pigmentary dark circle. These are two very different indications.” The protocol involves superficial microneedling, carefully controlled to allow infusion of the decapeptides into the delicate under-eye area.
Visible Effects from the First Session
The promise of “instant depigmentation” is intriguing. Dr. Bendjazia clarifies this, stating, “This is the only treatment where we observe an immediate result from the first session: the look appears instantly brighter, and the results improve over the following days.” He prefers the term “immediate brightening,” which he says is a more accurate medical description. He also notes that multiple sessions are needed for lasting results. “We see an effect from the first session, but for a durable result, an average of three to five sessions are needed, spaced two to three weeks apart.” Improvement is particularly noticeable after the second or third session.
The treatment then activates the regulation of melanogenesis, stimulates cellular renewal, improves microcirculation, and induces collagen production through microneedling. It’s a comprehensive approach to the under-eye area. Another benefit: it’s suitable for all skin phototypes. “Yes, this protocol is particularly interesting because it’s adapted to all phototypes, including darker skin tones, which are often more prone to hyperpigmentation. Medical caution and precision remain essential.”
A session lasts between twenty and thirty minutes, including thorough cleansing, controlled superficial microneedling, decapeptide infusion, and application of a soothing cream with SPF, all within a strict medical setting. By targeting the biological cause of pigmentary dark circles rather than just their appearance, this protocol offers a new path forward in aesthetic medicine for the eye area—and could potentially transform how this delicate area is treated, restoring brightness to the gaze.
