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   抗痤疮 的翻译结果: 查询用时:0.014秒
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抗痤疮
相关语句
  anti-acne
     The Experimental Study of Anti-acne Pathogeny and Defervescence of Artemisia Naphtha
     青蒿挥发油抗痤疮病原体及解热作用的实验研究
短句来源
     The Experiment Research of Tea Polyphenols Anti-acne Function
     茶多酚抗痤疮作用的实验研究
短句来源
  “抗痤疮”译为未确定词的双语例句
     Research Progress on the Mechanism of Chinese Medicine in Treating Acne
     中医药抗痤疮机理研究近况
短句来源
     Study on the anti-propionibacterium acne effects of volatilizable oil made from curcuma longa.L
     姜黄挥发油抗痤疮丙酸杆菌作用的研究
短句来源
     Conclusion High intensity narrow-band blue light is effective against bacteria isolated from AV lesions.
     结论高强度窄谱蓝光有抗痤疮表皮分离菌作用。
短句来源
  相似匹配句对
     Anti-H.
     H .
短句来源
     Intervention with anti-H.
     H.
短句来源
     Research Progress on the Mechanism of Chinese Medicine in Treating Acne
     中医药痤疮机理研究近况
短句来源
     The Experiment Research of Tea Polyphenols Anti-acne Function
     茶多酚痤疮作用的实验研究
短句来源
     Acne vulgaris in children
     儿童期痤疮
短句来源
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  anti-acne
Whether acne patients who apply an anti-acne drug would also profit from cleansing the skin with an acidic syndet bar still needs further investigation.
      
It is thus concluded that CD271 is a potentially effective anti-acne agent.
      
Patients with Grade I acne vulgaris were not included in the trial as they can be easily treated with locally available anti-acne creams.
      
This makes it a valuable ingredient especially for facial care products such as facial wash or anti-acne preparations.
      


Natural lactic acid bacteria (LAB) are fragile microorganisms that could not survive for long during storage. Various technologies have been proposed since 1970抯 for preservation of bacterial viability. Most of them are still unstable against food processing conditions. A new technology recently has been developed to resolve this problem. LAB of various species have been produced as double coated dry powder that could serve both as a controlled release formulation, as well as extraordinarily stable health food...

Natural lactic acid bacteria (LAB) are fragile microorganisms that could not survive for long during storage. Various technologies have been proposed since 1970抯 for preservation of bacterial viability. Most of them are still unstable against food processing conditions. A new technology recently has been developed to resolve this problem. LAB of various species have been produced as double coated dry powder that could serve both as a controlled release formulation, as well as extraordinarily stable health food ingredient. The bacteria were coated first with a layer of natural protein, and then wrapped with a layer of natural food grade polysaccharide. The double coated LAB (Named Duolac by the manufacturer) was highly stable so that it could be added into acidic drinks such as yogurt, fruit juice etc. without losing viability of the culture. It also has been applied in milk powder, chocolate, cookie, chewing gum, chewable tablets and ice creams with a shelf-life stability of over 6 months, conferring nutraceutical attributes to conventional food items.

天然乳酸菌如果未经改造,生命力十分脆弱,是绝对无法耐久存。乳酸菌专业厂商塞尔生技公司投入可观资源,成功开发出一种独特的双层包埋技术:在天然乳酸菌表面包覆蛋白质,然后再包一层特殊胶体,解决了长久以来一直无法突破的天然乳酸菌不易保存与不耐胃酸的问题。利用这种特殊双层包埋技术,最外层的胶体在强酸性的胃酸中凝结,保护乳酸菌。等到益生菌进入较高酸碱值较高的十二指肠时,胶体自然分解溶化,释放益生菌,而后第二层的蛋白质就会促进乳酸菌与肠壁纤毛附着,同时提供乳酸菌繁殖所需营养。利用双层包埋技术包埋的乳酸菌,稳定性及再加工性远优于一般未经包埋的乳酸菌,除了传统应用在酸奶、奶粉或胶囊型、铝箔包型保健食品等一般常见的乳酸菌商品上之外,也已成功运用在果汁、糖果、巧克力、饼干、口香糖、冰淇淋等食品及锭剂型保健食品上。除了可以有效延长储架期间的活性达到6月以上,还可充分扩张益生菌之应用范围。利用乳酸菌代谢产物生产功能特殊的乳酸菌素,也是乳酸菌厂商积极开发的项目之一,其耐热性更强,用量较低,具有针对性,不会误伤有益微生物。目前也成功开发出多种可应用在食品、化妆品及保健品方面的乳酸菌素,功能包括食品保鲜、抗幽门罗杆菌、抗痤疮杆菌...

天然乳酸菌如果未经改造,生命力十分脆弱,是绝对无法耐久存。乳酸菌专业厂商塞尔生技公司投入可观资源,成功开发出一种独特的双层包埋技术:在天然乳酸菌表面包覆蛋白质,然后再包一层特殊胶体,解决了长久以来一直无法突破的天然乳酸菌不易保存与不耐胃酸的问题。利用这种特殊双层包埋技术,最外层的胶体在强酸性的胃酸中凝结,保护乳酸菌。等到益生菌进入较高酸碱值较高的十二指肠时,胶体自然分解溶化,释放益生菌,而后第二层的蛋白质就会促进乳酸菌与肠壁纤毛附着,同时提供乳酸菌繁殖所需营养。利用双层包埋技术包埋的乳酸菌,稳定性及再加工性远优于一般未经包埋的乳酸菌,除了传统应用在酸奶、奶粉或胶囊型、铝箔包型保健食品等一般常见的乳酸菌商品上之外,也已成功运用在果汁、糖果、巧克力、饼干、口香糖、冰淇淋等食品及锭剂型保健食品上。除了可以有效延长储架期间的活性达到6月以上,还可充分扩张益生菌之应用范围。利用乳酸菌代谢产物生产功能特殊的乳酸菌素,也是乳酸菌厂商积极开发的项目之一,其耐热性更强,用量较低,具有针对性,不会误伤有益微生物。目前也成功开发出多种可应用在食品、化妆品及保健品方面的乳酸菌素,功能包括食品保鲜、抗幽门罗杆菌、抗痤疮杆菌等。安全可靠,使用方便。

Objective To assess the in vitro effect of high intensity narrow-band blue light on bacteria isolated from patients with acne vulgaris (AV). Methods Bacteria were isolated by culture from the acne lesions of 67 patients with mild to moderate AV. Selected bacterial strains were chosen for irradiation with the blue light. The morphology and number of colony formation units (CFUs) as well as the ultrastructure of the bacteria were observed before and after the irradiation. Results Propionibacterium acnes (P. acnes)...

Objective To assess the in vitro effect of high intensity narrow-band blue light on bacteria isolated from patients with acne vulgaris (AV). Methods Bacteria were isolated by culture from the acne lesions of 67 patients with mild to moderate AV. Selected bacterial strains were chosen for irradiation with the blue light. The morphology and number of colony formation units (CFUs) as well as the ultrastructure of the bacteria were observed before and after the irradiation. Results Propionibacterium acnes (P. acnes) (32.4%), P. granulosum (6.9%), Staphylococcus epidermidis (S. epidermidis) (35.3%), S. aureus (4.9%), S. heamolyticus (7.8%), S.cohnii (1.0%), Corynebacterium spp. (9.8%), Klebsiella pneumoniae (1.0%) and B group Streptococci (1.0%) were isolated from the lesions. In vitro investigation revealed that the irradiation significantly reduced the number of CFUs of P. acne and S. epidermidis. Conclusion High intensity narrow-band blue light is effective against bacteria isolated from AV lesions.

目的评价高强度窄谱蓝光对寻常痤疮致病菌的抗菌作用。方法取67例轻、中度痤疮患者皮损内容物进行细菌培养、分离并鉴定菌种。用高强度窄谱蓝光对培养所得的各种细菌进行照射,观察照光前后细菌数量、形态及超微结构的变化。结果皮损处检出痤疮丙酸杆菌(32.4%)、颗粒丙酸杆菌 (6.9%)、表皮葡萄球菌(35.3%)、金黄色葡萄球菌(4.9%)、溶血葡萄球菌(7.8%)、孔氏葡萄球菌(1.0%)、棒状杆菌(9.8%)及肺炎克雷伯菌(1.0%)和B群链球菌(1.0%)。照光后痤疮丙酸杆菌和表皮葡萄球菌较未照光组菌量显著减少(P<0.05),菌落明显变小。结论高强度窄谱蓝光有抗痤疮表皮分离菌作用。

Objective In order to look for the natural anti-propionibacterium acne(P.acne) drugs,we have investigated the anti-propionibacterium acne effect of volatilizable oil made from curcuma longa. l. Method we have done experimental results of drug components restraining bacteria by steel-cup method to testify its effects Result P.cane is mid-sensitive to volatilizable oil made from curcuma longa.L. The effect is better than that of metronidazole. Conclusion The volatilizable oil of curcuma restrains the P.acne effectively....

Objective In order to look for the natural anti-propionibacterium acne(P.acne) drugs,we have investigated the anti-propionibacterium acne effect of volatilizable oil made from curcuma longa. l. Method we have done experimental results of drug components restraining bacteria by steel-cup method to testify its effects Result P.cane is mid-sensitive to volatilizable oil made from curcuma longa.L. The effect is better than that of metronidazole. Conclusion The volatilizable oil of curcuma restrains the P.acne effectively. Our research work offers a new choice for clinical therapy of acne with Chinese medicine.

目的:了解姜黄挥发油对痤疮丙酸杆菌的抑制作用,选出新的天然抗痤疮丙酸杆菌药物。方法:采用药物成分钢杯法抑菌实验来验证其效果。结果:痤疮丙酸杆菌对姜黄挥发油中等敏感,强于公认的抗厌氧菌感染药物甲硝唑。结论:姜黄挥发油具有较好的抑制痤疮丙酸杆菌的作用,为临床治疗痤疮提供了一个新的选择。

 
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