New Formulation with Marine Algae from Black Sea

Emin Cadâr, Emilia Mihaela Cadar, C. Erimia, A. Tomescu
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Abstract

Abstract Seaweed is a natural treasure that can be intensely evaluated for therapeutic purposes. During the past years, it became obvious that the ecosystem presents a marine algae excedent, which should be utilized in one way or another. Marine algae have been intensely studied. The superior exploitation of the marine biomass represents a highly important resource for the pharmaceutical industry, supplying raw material for the extraction of bioactive substances (vitamins, sterols, and aminoacids) and various other substances, the purity of which is strongly connected to the state of the marine ecosystem. In present work the extracts from marine algae are incorporated in type I non-denatured fibrillar collagen matrixes for obtain new pharmaceutical product. In order to obtain therapeutic effects at nanostructure level, it is important to know the rheological characteristics of the relevant mixtures of collagen gels and extracts from marine algae selected for use. In this survey we have studied mixtures made of non-denatured fibrillar collagen hydro-gels where different concentrations of marine algae have been incorporated.
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黑海海藻新配方
海藻是一种天然宝藏,可以强烈评估治疗目的。在过去的几年里,很明显,生态系统呈现出一个海洋藻类的优势,应该以这样或那样的方式利用它。人们对海藻进行了深入的研究。对海洋生物质的高度开发是制药业的一种非常重要的资源,为提取生物活性物质(维生素、甾醇和氨基酸)和各种其他物质提供原料,这些物质的纯度与海洋生态系统的状态密切相关。本研究将海藻提取物掺入I型非变性纤维性胶原蛋白基质中制备新药。为了在纳米结构水平上获得治疗效果,了解所选择的胶原凝胶和海藻提取物的相关混合物的流变学特性是很重要的。在这项调查中,我们研究了由非变性纤维胶原蛋白水凝胶制成的混合物,其中加入了不同浓度的海藻。
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