{{ 'fb_in_app_browser_popup.desc' | translate }} {{ 'fb_in_app_browser_popup.copy_link' | translate }}
{{ 'in_app_browser_popup.desc' | translate }}
{{ childProduct.title_translations | translateModel }}
{{ getChildVariationShorthand(childProduct.child_variation) }}
{{ getSelectedItemDetail(selectedChildProduct, item).childProductName }} x {{ selectedChildProduct.quantity || 1 }}
{{ getSelectedItemDetail(selectedChildProduct, item).childVariationName }}
先說結論:冬天保養不能只靠「保濕」
臉跟身體的皮膚結構不同,需要的保養方式也不同。
想真正改善乾燥、脫皮或敏感,需要:
✔ 補水
✔ 鎖水
✔ 修復
✔ 改善屏障
✔ 選對有效成分
① 臉 vs 身體:冬季需求完全不一樣
臉部皮膚
身體皮膚
→ 重點:臉要精準溫和,身體要大量滋潤;清潔和防曬兩者都很重要。
② 冬季必備的 5 大有效成分(含機制、功效、適用族群、注意事項)
1)神經醯胺 Ceramide
作用:補「皮膚磚牆」間的脂質,強化屏障、鎖水。
功效:改善乾燥、脫屑、粗糙,加速受損肌恢復。
適合:乾肌、敏感肌、異位性皮膚、屏障受損者。
博士叮嚀:含量太低效果不佳;搭配膽固醇+脂肪酸比例更好。
👉 用在:臉 和 身體都很適合,是冬季保濕王者。
2)玻尿酸 Hyaluronic Acid
作用:強效抓水,大分子保表層,小分子補淺層。
功效:使皮膚飽滿、水嫩、平滑,並減少細紋。
適合:所有肌膚(包含油肌、痘肌、敏感肌)。
博士叮嚀:空氣太乾時需搭配乳霜鎖水,不然反而可能變乾。
👉 優點:保濕立即感最強。
3)維他命 B5(泛醇)Panthenol
作用:吸水+強化屏障+加速小傷修復。
功效:鎮定、舒緩乾癢紅腫,改善敏感。
適合:敏感肌、乾癢、濕疹、刺激後泛紅、嬰幼兒肌。
博士叮嚀:很安全,但屬輔助型,單靠它不能抗老或美白。
👉 優勢:溫和度高、舒緩力強。
4)外泌體 Exosomes
作用:像細胞「信使」,啟動修復、抗炎、促進膠原蛋白。
功效:提升彈性、水分、幫助術後修護、改善暗沉與細紋。
適合:醫美術後、成熟肌、需要深度修復的人。
博士叮嚀:研究仍少、價格高、保存要求高、產品良莠不齊。
👉 屬進階成分:有效但不適合每個人天天用。
5)胜肽 Peptides
作用:像指令訊號,促進膠原蛋白、放鬆表情紋、提升彈性。
功效:改善細紋、鬆弛、肌膚粗糙;長期使用效果更明顯。
適合:想抗老的 30+、敏感但不能用酸類或 A 醇的人。
博士叮嚀:滲透度有限、見效較慢、需耐心長期使用。
👉 優勢:溫和抗老,不刺激。
③ 五種成分的「保濕力」簡易比較
成分 | 保濕評分 | 重點 |
|---|---|---|
神經醯胺 | ⭐⭐⭐⭐⭐ | 修復屏障最強,乾肌救星 |
玻尿酸 | ⭐⭐⭐⭐⭐ | 抓水力最強,立即感最好 |
泛醇(B5) | ⭐⭐⭐⭐☆ | 舒緩+保濕,對敏感非常好 |
外泌體 | ⭐⭐⭐⭐☆ | 促進深層修復,但研究仍少 |
胜肽 | ⭐⭐⭐☆☆ | 輔助型保濕,偏向抗老 |
結語
冬季保養不能只「補水」,還要:
✔ 鎖水
✔ 修復屏障
✔ 選對質地(臉輕盈、身體厚潤)
✔ 用上有效的成分
神經醯胺、玻尿酸、B5、外泌體、胜肽各有強項,適當搭配能讓冬天肌膚保持水嫩平衡。
· Mcaffeine. Differences in facial and body skin structure and winter dryness. Available from: https://www.mcaffeine.com
· Los Angeles Times. Ceramides and their role in skin barrier repair.
· PubMed. Topical ceramides for reducing transepidermal water loss (TEWL) and restoring barrier function. Available from: https://pubmed.ncbi.nlm.nih.gov
· Los Angeles Times. Effectiveness of ceramide–cholesterol–fatty acid ratios in restoring barrier integrity.
· Los Angeles Times. Assessment of ceramide concentration and formulation accuracy in cosmetic products.
· ABC News. Hyaluronic acid hydration mechanism and molecular weight function. Available from: https://abc.net.au
· ABC News. Antioxidant and photoprotective roles of hyaluronic acid.
· UPMC Health. Hyaluronic acid and maintenance of barrier integrity and TEWL reduction. Available from: https://share.upmc.com
· DovePress. Clinical evaluation of 1% hyaluronic acid moisturizer: short- and long-term hydration outcomes. Available from: https://www.dovepress.com
· MDPI. High molecular weight hyaluronic acid forming an occlusive moisture film and supporting barrier function. Available from: https://www.mdpi.com
· Medical News Today. Panthenol (Vitamin B5) mechanism: hydration, conversion to pantothenic acid, and barrier support. Available from: https://www.medicalnewstoday.com
· Medical News Today. Panthenol efficacy in eczema, dermatitis, psoriasis and skin redness.
· Medical News Today. Panthenol safety profile and FDA classification.
· PMC. High-concentration panthenol mask for post-laser erythema reduction and accelerated recovery. Available from: https://pmc.ncbi.nlm.nih.gov
· MDPI. Effect of 5% panthenol on stratum corneum hydration and TEWL reduction: a 7-day clinical evaluation.
· MDPI. Panthenol enhancing barrier repair in SLS-induced irritation models.
· Plastic Surgery Foundation. Exosomes in aesthetic dermatology and post-procedure healing. Available from: https://www.plasticsurgery.org
· PMC. Mesenchymal stem cell–derived exosomes promoting collagen synthesis, regeneration and wound healing.
· PMC. Platelet-derived exosomes improving redness, pigmentation, and fine lines.
· PMC. Exosome-integrated wound dressings and their effect on healing time and scar reduction.
· MDPI. Regulatory considerations and current evidence limitations for exosome-based skincare.
· Salisbury PS. Summary of 2024–2025 clinical trials on exosomes: hydration improvement (15–25%) and TEWL reduction. Available from: https://salisburyps.com
· PMC. Peptide classification: signal, neurotransmitter, carrier, and enzyme-inhibiting peptides.
· PMC. Clinical efficacy of Matrixyl (Palmitoyl Pentapeptide-4) 3% cream in reducing fine lines over 12 weeks.
· PMC. GHK-Cu copper peptides improving wrinkle depth and firmness within 8 weeks.
· PMC. Argireline (Acetyl Hexapeptide-3) double-blind clinical study showing 48.8% reduction in crow’s feet wrinkle depth.
· PMC. High-concentration Argireline (10%) reducing dynamic wrinkle depth up to ~30%.
· PMC. Delivery challenges of peptides and the need for microneedling or nano-carrier enhancement.
· MDPI. Hydrating peptides increasing natural hyaluronic acid production and aquaporin expression.
· MDPI. Collagen peptides forming moisture film and contributing to TEWL reduction.
· Cosmoderma. Ceramide as primary lipid of the stratum corneum and its association with TEWL.
· Cosmoderma. Clinical evaluation of ceramide lotion: hydration increase from 13.6 to 36.4 units and TEWL reduction (3.08 vs 4.54). Available from: https://cosmoderma.org
· DovePress. Hyaluronic acid hydration improvement of 59% at 1 hour and 29% at 24 hours, with reduced TEWL.
· MDPI. Panthenol, exosomes, and hydrating peptides in skin moisture retention and barrier support.