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Polysaccharides As Viscosupplementation Agents: Structural Molecular Characteristics but Not Rheology Appear Crucial to the Therapeutic Response

机译:多糖作为增粘剂:结构分子特性而非流变学似乎对治疗反应至关重要

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IntroductionMost clinical studies and basic research document viscosupplementation (VS) in terms of effectiveness and safety, but only a few highlight its molecular mechanisms of action. Besides, there is generally focus on hyaluronic acid (HA) as being the most relevant polysaccharide to reach the clinical endpoints, attributing its effect mainly to its unique viscoelastic properties, related to a high-molecular weight and gel formulation. Usually, studies do not approach the possible biological pathways where HA may interfere, and there is a lack of reports on other biocompatible polysaccharides that could be of use in VS.
机译:简介就有效性和安全性而言,大多数临床研究和基础研究文件均显示了粘液补充(VS),但只有少数几个突出了其分子作用机理。此外,透明质酸(HA)通常是最重要的到达临床终点的多糖,其作用主要归因于其独特的粘弹性质,与高分子量和凝胶配方有关。通常,研究没有探讨HA可能干扰的可能的生物途径,并且缺乏关于可用于VS的其他生物相容性多糖的报道。

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