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Light damage has been proven to account for 75% of skin aging factors, with ultraviolet radiation playing a dominant role. To address this core external cause of skin aging, Hony D001, leveraging three-dimensional protection technology, constructs a comprehensive light protection chain from immediate barrier to deep repair.
Modern skin faces light damage that extends beyond the traditional scope of ultraviolet (UV) rays. Specific wavelengths of light from both sunlight and artificial sources systematically assault the skin through different mechanisms and at varying depths, primarily manifesting as a synergistic assault across three dimensions:
UVA: Possesses deep penetration, reaching the dermis. It is the chief culprit behind collagen loss, skin laxity, and wrinkles.
UVB: Affects the skin's surface, causing sunburn, redness, and can directly damage cellular DNA.
Source: Comprises approximately 25-30% of sunlight, with a significantly larger dose emitted from screens like those on phones and computers.
Damage: Penetrates the skin to generate a large number of free radicals, exacerbating oxidation and inflammation. It is particularly prone to causing dullness, pigmentation, and disrupting the skin barrier, leading to dryness and sensitivity.
The thermal effect of infrared rays can worsen inflammation and synergistically amplify damage when combined with UV exposure.
Certain visible light wavelengths can also induce free radical production. This effect is particularly pronounced in the presence of air pollution, creating a "light pollution synergy" that intensifies harm.
Establish an external physical defense to reduce light exposure at the source. Opt for broad-spectrum sunscreen products (high PA/SPF 50+), combined with protective measures like hats and sunglasses. When working indoors, pay extra attention to protecting against blue light from screens.
Build a biochemical defense layer to provide immediate intervention against existing light damage. The key lies in constructing an antioxidant network and utilizing targeted repair ingredients to neutralize free radicals and repair damaged cells.
Enhance the skin's own resilience from within. Strengthen the skin's physical defense through barrier-repairing ingredients, and apply active components that activate the skin's intrinsic protection pathways, achieving a qualitative shift from passive resistance to active defense.
Through three-dimensional synergy, Hony D001 achieves immediate protection and long-lasting resilience. Now, let’s delve into how Hony D001 delivers its core light protection efficacy.
Its molecules form a breathable protective film on the skin's surface, effectively blocking UVA/UVB rays and reducing ultraviolet penetration and oxidative damage at the source.
It significantly soothes skin redness and inflammation caused by UV exposure, enhances the skin's inherent antioxidant capacity, and helps improve dullness and roughness resulting from light damage.
It delivers excellent moisturizing power, stabilizing the skin's hydration while promoting collagen synthesis. By protecting against light damage and synergistically combating aging, it reinforces the skin's healthy barrier.
Hony D001 exhibits strong hygroscopic properties, enabling it to form a moisturizing film that locks in skin moisture.
Its molecular structure allows it to easily penetrate into the deeper layers of the stratum corneum, hydrating the skin from within.
The structure of Hony D001 resembles the natural moisturizing factors in the skin, allowing it to enhance moisturization more effectively.
Riclin can reduce skin damage caused by ultraviolet radiation
In immune cells, Riclin glycans exhibit no toxic side effects and can protect cells from ultraviolet radiation damage through pre-treatment, thereby reducing intracellular reactive oxygen species levels induced by UV exposure.
Riclin can inhibit the stress response of melanocytes when the skin is exposed to ultraviolet radiation.
In melanocytes, Riclin glycans can protect cells from ultraviolet radiation damage through pre-treatment, mitigating the increase in melanin levels and changes in oxidative stress marker activity induced by UV exposure.
Riclin (Hony D001) can mitigate skin damage caused by ultraviolet radiation
In fibroblasts, Riclin (Hony D001) glycans can protect against and repair cellular damage caused by UV stress through pre-treatment and post-exposure intervention.
Riclin (Hony D001) can reduce skin damage caused by ultraviolet radiation
In an acute ultraviolet radiation mouse model, Riclin (Hony D001) alleviated symptoms such as UV-induced sunburn erythema, increased epidermal thickness, and decreased hydroxyproline content (a component of collagen). This indicates that the use of Riclin (Hony D001) can reduce skin damage caused by ultraviolet radiation.
Riclin (Hony D001) exerts its photoprotective effects through anti-inflammatory activity.
Riclin (Hony D001) reduces the expression levels of inflammatory cytokines TNF-α, IL-6, and IL-1β in the skin induced by ultraviolet irradiation.
In an acute ultraviolet radiation mouse model, topical application of Riclin (Hony D001) glycan solution alleviated UV-induced inflammatory responses and changes in immune cell levels. The results indicate that Riclin (Hony D001) glycans can reduce skin damage caused by ultraviolet radiation.
The results indicate that Riclin (Hony D001) glycans can reduce skin damage caused by ultraviolet radiation.
The essence of photoprotection lies in shifting from passive shielding to active defense. Hony D001, through its three-dimensional protection system of "blocking-neutralizing-activating," not only defends against current light damage but also enhances the skin's inherent resilience.
