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首页> 外文期刊>Research journal of pharmacy and technology >A pilot study on evaluation of Cucumis sativus L. As a natural antisolar agent
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A pilot study on evaluation of Cucumis sativus L. As a natural antisolar agent

机译:天然黄瓜抗黄瓜评价黄瓜的初步研究

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摘要

It is universal truth that, sunlight plays a very vital role in nurturing the life system. It is important for the production of hormone, Vitamine D and for normal activities of human being. The sunlight promotes the melanin synthesis and skin regeneration, which can be useful to avoid painful sunburn or other skin related complications. This study is carried out to evaluate fruit extract of Cucumis sativus L. (Cucurbitaceae) as a antisolar agent. The fruit extract was prepared without addition of water by simple grinding. The UV absorption spectra for solutions were obtained by scanning them in ultraviolet region from 200-400 nm. The UV scanning spectra of the 5% extract showed maximum absorbance 3.867, 3.858 with 2 absorbance maxima (λ max) 214.6, 210.2 nm respectively and one absorbance 3.588 at minima 213 nm. Whereas, 10% extract showed maximum absorbance 3.931, 3.888 3.846 with 3 absorbance maxima at 221.8, 211.8 and 226 nm and absorbance 3.624 at minima 217.2 nm respectively. It is observed that the Cucumis sativus L. can be efficiently used as a antisolar agent.
机译:普遍的事实是,阳光在养育生命系统中起着至关重要的作用。这对于激素,维生素D的生产以及人类的正常活动很重要。阳光可以促进黑色素的合成和皮肤再生,有助于避免痛苦的晒伤或其他与皮肤相关的并发症。进行这项研究来评估黄瓜(Cucumis sativus L。)(葫芦科)的水果提取物作为抗日光剂。通过简单研磨就可以在不添加水的情况下制备水果提取物。溶液的紫外线吸收光谱是通过在200-400 nm的紫外线区域中进行扫描获得的。 5%提取物的UV扫描光谱显示最大吸光度3.867、3.858,最大吸光度(λmax)为24.6 nm,210.2 nm,最小吸光度为213 nm,最大吸光度为3.588。而10%的提取物显示最大吸光度3.931、3.888 3.846,在221.8、211.8和226 nm处具有3个最大吸光度,在最小217.2 nm处具有3.624吸光度。据观察,黄瓜可以被有效地用作抗日光剂。

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