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        学术专区
      1. 基础研究

        1 [通过调整多种因子相关的基因表达从而改善机体衰老的外在表现]
        A Multifactorial Gene Expression Approach to Addressing Body Appearance Aging
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        2 [基于PCR技术筛选可作用于NRF2介导排毒抗氧化途径的基因表达的天然化合物]
        A PCR-Based Screen to Identify Natural Compounds with the Ability to Influence NRF2-Mediated Transcriptional Induction of DetoxificationAntioxidant Genes
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        3 [健康中年日本女性皮肤老化程度与异前列素的相关性研究]
        Association of Skin Aging Severity with Blood Isoprostane Levels in Healthy Middle-Aged Japanese Women
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        4 [转录组测序发现透明质酸合成酶2的反转录水平与人肌肤年轻程度具相关性]
        Hyaluronan Synthase 2 Antisense Transcript Level Associates with Human Skin Youthfulness as Identified by Transcriptome Sequencing
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        5 [拥有年轻肌肤状态的熟龄女性的独特基因表达图谱的鉴定]
        Identification of Unique Gene Expression Profiles in Older Women with Youthful Appearing Skin
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        6 [为何我看上去不年轻?]
        So Why Don't I Look Younger?
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        7 [以转录谱鉴定控制肌肤年龄的基因]
        Transcriptional Profiling to Identify Genes Controlling Human Skin Aging
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        8 [长寿的营养及基因学策略]
        Nutritional and Genetic Strategies for Longevity
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        9 [雌马酚的生化研究及基因分析--一种具有抗老及抗氧化特性且具有潜在肌肤应用的源自大豆的类黄酮]
        Biochemical Investigation and Gene Analysis of equol A Plant and Soy-Derived Isoflavonoid with Antiaging and Antioxidant Properties with Potential Human Skin Applications
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        10 [护肤品成分对皮肤模型的表观遗传的调节]
        Epigenetic Modulation of Skin Equivalents by Cosmetic Ingredients
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        11 [四个物种衰老的系统生物学研究]
        Systems Biology of Aging in Four Species
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      2. ageLOC Me 相关研究

        1 [一种个性化皮肤护理的核心策略]
        A Key Strategy to Support the Evolution of Personalized Skin Care
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        2 [ageLOC Me临床实证]
        ageloc Me Clinical Bulletin
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      3. ageLOC Spa 系列相关研究

        1 [微电流对橙皮纹肌肤改善效果优于视黄醇的局部使用]
        Microcurrent Skin Treatment Outperforms a Standard Retinol Topical in the Treatment of Cellulite Skin Topography
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        2 [L.DIGITATA海藻精华可影响血管系统相关基因表达从而可有助于改善橙皮肌肤]
        L.digitata Influences the Expression of Genes Related to Vasculature and May Therefore be Beneficial For Improving the Appearance of Cellulife
        查看PDF
        3 [掌状海带提取物对脂肪合成和分解有关的基因表达的调整]
        Laminaria Digitata Extract Influences Gene Expression Related to Adipogenesis and Lipolysis
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        4 [一台局部使用的仪器——影响肌肤微细血管系统并可能改善橙皮组织]
        An Instrument-Applied Topical Product Affects Skin Microvasculature and May Therefore Be Beneficial for Improving the Appearance of Cellulite
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        5 [单中心四周左右脸对比临床实验:女性单独使用ageLOC护肤产品及与spa机联合使用的效果评估]
        A Single Center, 4-week Split-Face Clinical Trial to Evaluate the Efficacy of ageLOC Elements Regimen and ageLOC Future Serum When Used Alone and in Conjunction with the Galvanic Spa Unit in Females
        查看PDF
        6 [单个及多个护肤活性成分对同样基因组的皮肤模型的基因表达及表观遗传学的研究]
        Gene and Epigenetic Expression on Patterns of Same-Genome Skin Equivalent Constructs Exposed to Single and Combinations of Cosmetic Active Ingredients
        查看PDF
      4. ageLOC 焕新系列相关研究

        1 [水仙鳞茎提取物、五味子果提取物对肌肤炎症相关的基因表达的影响——一项体外分析实验]
        Influencing the Expression of Genes Associated with Skin Inflammation by Combing Narcissus Tazetta Bulb Extract and Schizandra Chinese Fruit Extract – An in Vitro Analysis
        2 [水仙及五味子调控“青春基因群组”的体外分析实验]
        Narcissus Tazetta and Schizandra Chinensis to Regulate ‘Youth Gene Clusters’—An In vitro Analysis
        3 [白柳树皮提取物对肌肤的新的益处]
        New Skin Benefits Identified for White Willow Bark Extract
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        4 [局部使用水杨苷,体外分析其对与肌肤透明质酸、屏障脂质有关的基因表达的调控]
        Regulating the Expression of Gens Associated with the Synthesis and Maintenance of Dermal Hyaluronan and Barrier Lipids via Topical Treatment of Salicin- An In Vitro Analysis
        查看PDF
        5 [水杨苷可下调与肌肤破坏相关的基因表达--一项体外分析实验]
        Salicin Reduces the Expression of Genes Associated with Skin Information-An In Vitro Analysis
        查看PDF
        6 [水杨苷调节“青春基因群组”的表达至更年轻的基因表达状态]
        Salicin Regulates the Expression of Functional ‘Youth Gene Clusters’ to Reflect a More Youthful Gene Expression Profile
      5. ageLOC 精油系列相关研究

        1 [植物源成分全面质量控制的设计策略--精油案例的学习]
        A Design Strategy for Comprehensive Quality Control of Botanicals
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        2 [茉莉精油对皮肤模型的功能评价]
        Assessment of Jasmine Essential Oils on Skin Equivalents
        查看PDF
      6. ageLOC TFEU 相关研究

        1 [体外研究与肌肤紧致有关的目标基因]
        Targeting Genes Related to Skin Firmness—An In-vitro Approach
        2 [ageLOC TFEU临床实验]
        ageLOC TFEU Technical Bulletin
        查看PDF
      7. ageLOC TR90 相关研究

        1 [天然成分配方助于超重男女减重的体重管理计划的初步研究]
        A Weight Management Program, Including a Blend of Natural Compounds, Facilitates Weight Loss in Overweight Men and Women A Pilot Study
        查看PDF
        2 [寻找类似脂肪注射作用从而改善肌肤表现的成分:脂肪堆积、毒理与基因表达的体外平行实验]
        An In Vitro Method for Identifying Agents with Lipofilling-Like Activity Parallel Assessment of Lipid Accumulation,Toxicity and Gene Expresstion
        查看PDF
      8. ageLOCR2相关研究

        1 [天然化合物的独特组合可改善细胞解毒及抗氧化保护失调有关的基因表达]
        A Unique Blend of Natural Compounds Opposes Age-Related Changes in Gene Expression Related to Dysregulation of Cellular Detoxification and Antioxidant Protection
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        2 [新型膳食补充剂对中年人身心功能的影响:双盲、随机、安慰剂对照试验]
        Effects of A Novel Dietary Supplement on Physical and Mental Function in Middle-Aged Adults A Double-Blind, Randomized, Placebo-Controlled Trial
        查看PDF
      9. Cs-4 相关研究

        1 [以氧化应激及衰老模型研究Cs-4菌丝体抗氧化及延缓衰老活性]
        Antioxidant and Lifespan-Extension Activities of Cordyceps Sinensis CS-4 in Oxidative Stress and Aging Models
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        2 [Cs-4菌丝体的抗衰老活性]
        Cordyceps Sinensis CS-4 Restores Aging-Associated Changes
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        3 [CordyMax及LifePak提升年轻中国运动员运动代谢及抗氧化指数]
        Improvement of Exercise Metabolism and Carotenoids Antioxidant Scores with CordyMax and LifePak in Young Chinese Elite Athletes
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        4 [线粒体老化的转录标志物及其为Cs-4调整的研究]
        Transcriptional Biomarkers of Mitochondrial Aging and Modulation by Cordyceps sinenis Cs-4
        查看PDF
      10. Tegreen 相关研究

        1 [Tegreen 对有代谢综合征的肥胖大鼠在葡萄糖和脂质代谢方面的改善]
        Tegreen Improves Glucose and Lipid Metabolism in Obese Rats
        查看PDF
      11. ReishiMax 相关研究

        1 [关于ReishiMax延长小鼠寿命的初步研究报告]
        ReishiMax Extends the Lifespan of Mice A Preliminary Report
        查看PDF
      12. ?本页面文献根据研究内容的不同,部分实验可能发生在美国或其他市场,文献中研究的部分产品亦是基于美国或其他市场的产品,因各市场产品相关法规不同,产品成分可能有所不同。页面中文翻译仅供参考。

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