摘要
Jenny Jing LIU 医师
皮肤科医师
Long-term skin quality improvement through laser resurfacing and cosmeceuticals
Objectives: To evaluate how combining fractional laser-based resurfacing treatments with targeted cosmeceuticals leads to sustained improvement in skin quality, with emphasis on collagen remodeling, texture refinement, and pigment balance.
Introduction: Skin quality has become a central focus of aesthetic dermatology, encompassing tone, texture, firmness, hydration, and clarity. While laser resurfacing offers significant short-term improvements, maintaining and enhancing those results requires long-term skin support. This talk explores how integrating resurfacing procedures with ongoing cosmeceutical use can achieve lasting improvements in skin quality, particularly for aging and pigment-prone skin.
Materials / method: A review of clinical data and expert consensus was conducted, examining studies involving fractional CO₂, Er:YAG, non-ablative lasers, and microneedling RF. This was combined with long-term studies of topical antioxidants, peptides, growth factors, and barrier-repair agents used post-procedure. Studies were selected with a preference for Asian or Fitzpatrick III–V populations.
Results: Fractional laser resurfacing improves texture and dermal collagen for up to 6–12 months.
Adjunctive use of L-ascorbic acid, peptides, and lipids post-resurfacing enhances epidermal integrity and extends visible results.
Longitudinal data support the role of antioxidant and peptide-rich skincare in maintaining radiance, reducing PIH recurrence, and supporting collagen remodeling.
Conclusion: Procedural interventions provide the catalyst for skin quality improvement, but sustained results rely on ongoing skincare. A long-term, phased skincare protocol using clinically validated actives enhances outcomes and prevents regression, especially in pigment-prone skin types. Dermatologists should view resurfacing and cosmeceuticals as partners in long-term aesthetic care.
披露 - Jenny Jing LIU
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Published on 2025年 10月 7日 - Recorded during IMCAS China 2025