首页> 外文会议>American Society for Mass Spectrometry Conference on Mass Spectrometry and Allied Topics >Lipidomic Profiling of Rat Adipose Tissue after Treatment with PPAR-pan Agonist using Sub-2μm Particle CO_2 Based Supercritical Chromatography
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Lipidomic Profiling of Rat Adipose Tissue after Treatment with PPAR-pan Agonist using Sub-2μm Particle CO_2 Based Supercritical Chromatography

机译:基于Sub-2μm粒子CO_2的超临界色谱法处理大鼠脂质体曲面脂肪组织治疗后用PPAR-PAN激动剂

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The organics phase lipid extract can be directly injected into the UPC~2 system saving sample prep time and reducing cost per analysis. Significant saving in chromatographic separation time for both FFA and TAG (10X faster compared to GC/MS). No derivitization required which results in easier and fast sample prep and eliminated of artifact formation. UPC~2 provides an alternative method for lipid class separation. UPC~2 provide a single technique for the separation of polar and non-polar lipids with a simple switch of the column and gradient, thus enabling to combine two or more techniques into one. The developed method can be applied for lipid profiling in pharmaceutical, food and chemical samples.
机译:有机物相脂质提取物可以直接注入UPC〜2系统节省样品准备时间并降低每分析成本。对于FFA和标签的色谱分离时间显着节省(与GC / MS相比为10倍)。不需要衍生化,这导致更容易和快速的样品制备和消除伪影形成。 UPC〜2提供了脂肪类别分离的替代方法。 UPC〜2提供了一种单一技术,用于将极性和非极性脂质与柱和梯度的简单开关分离,从而使得能够将两种或更多种技术组合成一个。开发的方法可用于药物,食品和化学样品中的脂质分析。

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