@tn.hp.pht.store: Đổi vị mùa rằm với dòng BÁNH THU TUYẾT KINH ĐÔ (500k / Hộp 6 bánh) 🌕✨ Cực ấn tượng với vỏ bánh 2 màu xốp mịn, họa tiết khắc nổi sang xịn và hương vị hiện đại lạ miệng, không lo bị ngọt gắt. Thích hợp làm quà biếu mang làn gió mới vừa thanh lịch vừa tinh tế! 🛵 Hàng sẵn kho NPP Tín Hợp Phát, giao hỏa tốc tận tay. 👉 Nhắn cho shop ngay để chốt đơn set quà siêu hot này nhé! #banhthutuyet #kinhdo500k #quatrungthu #reviewanngon #ancungtiktok

NPP Tín Hợp Phát - Dĩ An
NPP Tín Hợp Phát - Dĩ An
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Friday 14 August 2026 09:29:09 GMT
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hin.pham544
Hiên Pham :
bên mình còn phân phối các loại mì ko ạ
2026-08-16 08:51:39
1
hq_khang
HQ_KHANG :
🥰🥰🥰🥰
2026-08-14 10:04:02
1
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AI simulation of skin aging: with sunscreen vs without Follow for more skin education 🩵 What you’re seeing isn’t just about wrinkles.  It’s a visual model of how UV exposure reshapes skin biology over decades — layer by layer. ☀️ Let’s break it down.  🌞 UVA vs UVB — not the same damage - UVA (aging rays) penetrate deep into the dermis   → break down collagen & elastin   → trigger long-term structural aging (laxity, wrinkles) - UVB (burning rays) act more superficially   → cause DNA damage in keratinocytes   → lead to sunburn & direct mutation risk 👉 Together, they create cumulative, irreversible damage 🧬 It’s not just pigmentation Most people think: sun = dark spots  Reality is much deeper: 1. Collagen degradation - UV activates enzymes (MMPs) that literally break down collagen fibers - Skin loses density → sagging, wrinkles, loss of structure 2. Chronic inflammation (inflammaging) - Repeated UV exposure = low-grade, constant inflammation  - This accelerates aging at a cellular level 3. Vascular damage - Dilated capillaries  - Redness, uneven tone, visible capillaries - Especially in sensitive skin / rosacea-prone 4. Pigmentation disorders - Solar lentigines  - Melasma exacerbation  - Uneven melanocyte activity 5. Texture changes - Thicker, rougher stratum corneum  - “Leathery” skin over time  - Loss of smooth light reflection 6. Barrier dysfunction - Increased transepidermal water loss (TEWL)  - Skin becomes more reactive, dehydrated  ⚠️ And yes — cancer risk UV radiation causes direct DNA damage. Over time, this increases the risk of: - actinic keratosis  - basal cell carcinoma  - squamous cell carcinoma  - melanoma 👉 This is not just cosmetic. It’s biological. The key idea You don’t see the damage immediately.  But your skin remembers every exposure. That’s why the difference becomes dramatic over decades. Daily broad-spectrum SPF (UVA + UVB protection) Not as a trend.  As a long-term structural investment in your skin. Save this to remind yourself:  aging is not random — it’s cumulative.  #sunscreen #sundamage #antiaging #skin #healthyskin
AI simulation of skin aging: with sunscreen vs without Follow for more skin education 🩵 What you’re seeing isn’t just about wrinkles. It’s a visual model of how UV exposure reshapes skin biology over decades — layer by layer. ☀️ Let’s break it down. 🌞 UVA vs UVB — not the same damage - UVA (aging rays) penetrate deep into the dermis → break down collagen & elastin → trigger long-term structural aging (laxity, wrinkles) - UVB (burning rays) act more superficially → cause DNA damage in keratinocytes → lead to sunburn & direct mutation risk 👉 Together, they create cumulative, irreversible damage 🧬 It’s not just pigmentation Most people think: sun = dark spots Reality is much deeper: 1. Collagen degradation - UV activates enzymes (MMPs) that literally break down collagen fibers - Skin loses density → sagging, wrinkles, loss of structure 2. Chronic inflammation (inflammaging) - Repeated UV exposure = low-grade, constant inflammation - This accelerates aging at a cellular level 3. Vascular damage - Dilated capillaries - Redness, uneven tone, visible capillaries - Especially in sensitive skin / rosacea-prone 4. Pigmentation disorders - Solar lentigines - Melasma exacerbation - Uneven melanocyte activity 5. Texture changes - Thicker, rougher stratum corneum - “Leathery” skin over time - Loss of smooth light reflection 6. Barrier dysfunction - Increased transepidermal water loss (TEWL) - Skin becomes more reactive, dehydrated ⚠️ And yes — cancer risk UV radiation causes direct DNA damage. Over time, this increases the risk of: - actinic keratosis - basal cell carcinoma - squamous cell carcinoma - melanoma 👉 This is not just cosmetic. It’s biological. The key idea You don’t see the damage immediately. But your skin remembers every exposure. That’s why the difference becomes dramatic over decades. Daily broad-spectrum SPF (UVA + UVB protection) Not as a trend. As a long-term structural investment in your skin. Save this to remind yourself: aging is not random — it’s cumulative. #sunscreen #sundamage #antiaging #skin #healthyskin

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