• 综述葡萄原花青素功能提取工艺研究现状。

    The health function and extraction technology of procyanidin from grape seed are reviewed.

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  • 结论梯度分离葡萄花青素提取物效果令人满意

    Conclusion: Gradient extraction of grape seed proanthocyanidin was very promising.

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  • 结论葡萄花青素对化学性缺氧小鼠具有保护作用

    CONCLUSION: Grape seed proanthocyanidins exerts protective effects on mice with chemical hypoxia.

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  • 目的研究葡萄原花青素提取物GSPE乙酸结肠炎治疗作用

    AIM: To study the therapeutic effects of grape seed proanthocynidins extract(GSPE)on acetic acid-induced colitis in rats.

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  • 目的研究葡萄原花青素GSP小鼠脑缺血再灌注损伤常压缺氧影响

    Objective:To study the effects of grape seed proanthocyanidins(GSP) on injuries of cerebral ischemia and reperfusion and anoxia in mice.

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  • 目的通过测定化学性缺氧小鼠存活时间观察葡萄花青素对化学性缺氧小鼠的影响

    AIM: To observe the effect of grape seed proanthocyanidins on the mice with chemical hypoxia by measuring the survival time of mice.

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  • 综述超临界流体萃取技术提取葡萄花青素方面研究进展,并就原花青素氧化性及其应用作了介绍

    The new research progress of grape seed proanthocyanidins extraction by supercritical CO_2 was introduced. The antioxidation effects of proanthocyanidins and its application were also introduced.

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  • 目的探讨红曲葡萄花青素(GSPE)混合大鼠高脂血症改善血清氧化性低密度脂蛋白影响

    Objective: To observe the effects of liquid mixture of Monascus and grape seed procyanidins extract (GSPE) on levels of cholesterol and ox-LDL of atherosclerosis rats.

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  • 通过本实验研究可以看出葡萄籽原花青素提取物具有较强的血糖作用,降糖机制可能与其提高胰岛素水平氧化能力有关。

    We concluded that GSPE could significantly decrease blood glucose level, and the mechanism might be related to increase of insulin level and antioxidant activity of diabetic mice.

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  • 葡萄有机溶剂梯度法酶法提取树脂初步纯化,薄层色谱分离纯化得到花青素单体体。

    The monomer and dimer of proanthocyanidins in grape seeds were obtained by gradient and enzymatic extraction, isolation with macroporous adsorption resin, and purification by TLC.

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  • 以正丁醇-盐酸为铁盐催化法的反应介质测定了葡萄超微中的花青素含量

    The proanthocyanidin content in the ultrafine powder of grape seed was determined inn-butanol-HCl reaction medium.

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  • 葡萄中含有葡萄植物多酚类化合物——花青素

    Grape seeds contained seed oil and proanthocyanidins which were generally named plant poly-phenol.

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  • 该研究采用传统溶剂提取法,葡萄提取花青素

    Procyanidins was extracted from grape seed by traditional solvent extraction.

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  • 不同品种葡萄葡萄中的原花青素含量差异

    Procyanidins contents are significantly different among different kinds of grape seeds and grape skins.

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  • 摘要葡萄花青素(GPC)来源于葡萄天然植物多酚葡萄中含量最为丰富。

    Abstract: grape procyanidine (GPC), the natural plant polyphenol derived from grape, is most abundantly distributed in grape seed.

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  • 摘要葡萄花青素GPC来源于葡萄天然植物多酚葡萄中含量最为丰富。

    Abstract : Grape procyanidine (GPC), the natural plant polyphenol derived from grape, is most abundantly distributed in grape seed.

    youdao

  • 摘要葡萄花青素GPC来源于葡萄天然植物多酚葡萄中含量最为丰富。

    Abstract : Grape procyanidine (GPC), the natural plant polyphenol derived from grape, is most abundantly distributed in grape seed.

    youdao

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