PEER-REVIEWED ARTICLE · 同行评议论文
微粉化青刺果种子粉末：用于绿色化妆品乳液的天然抗氧化 Pickering 稳定剂
Micronized Prinsepia utilis Royle Seed Powder as a Natural, Antioxidant-Enriched Pickering Stabilizer for Green Cosmetic Emulsions输入索引记载：该研究以微粉化青刺果榨油后种子残渣粉末为材料，表征颗粒粒径与界面吸附性能，并测定含该粉末的Pickering乳液在体外DPPH自由基清除实验中的抗氧化能力。平均粒径从处理前的约61.49 μm降至20.28 μm；随粉末用量增加至3.0 wt%，乳液自由基清除率由约9.99%升至91.71%。
护肤研发启示
作者指出，该研究展示了植物源颗粒同时发挥乳液稳定与体外抗氧化作用的材料路线，为青刺果榨油副产物再利用提供思路，后续需研究完整配方及与合成乳化剂的协同使用。
The supplied index reports: The study used micronized Prinsepia utilis seed residue powder, characterized particle size and interfacial adsorption, and measured the antioxidant capacity of Pickering emulsions containing the powder via an in vitro DPPH radical scavenging assay. Mean particle size decreased from approximately 61.49 µm to 20.28 µm; with powder content increased to 3.0 wt%, the emulsion's DPPH scavenging rate rose from about 9.99% to 91.71%.
Relevance to skincare research
The authors note that the study demonstrates a material route where plant-derived particles serve both as emulsion stabilizer and in vitro antioxidant, offering a way to reuse Prinsepia utilis seed-oil byproducts; complete formulation and combination with synthetic emulsifiers remain future work.
STUDY INFORMATION
研究信息
实验范围与结果
- 本资料为BTN研究索引，并非出版商原始论文。
- 索引记载：DPPH实验测量的是配方在体外自由基清除率，未测量人体皮肤使用后的抗氧化效果；研究仅测试了实验室简易乳液，含多元醇、防腐剂等成分的完整化妆品配方被作者列为后续工作。
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PDF 与出版来源
PUBLICATION METADATA · 出版信息
论文身份与引用信息。
- 原文题名
- Micronized Prinsepia utilis Royle Seed Powder as a Natural, Antioxidant-Enriched Pickering Stabilizer for Green Cosmetic Emulsions
- 作者
- Chuanjun Ye · Kangfu Zhou · Zhicheng Ye · Yazhuo Shang · Feifei Wang
- DOI
- 10.3390/cosmetics12060281
- ISSN
- 发表日期
- 2025-12-11
- 期刊
- Cosmetics
- 卷 / 期 / 文章号
- 12 / 6 / 281
- 出版社
- 关键词