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Carbohydrate/glycan-binding specificity of legume lectins in respect to their proposed biological functions

机译:豆科植物凝集素的碳水化合物/聚糖结合特异性与其拟议的生物学功能有关

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The lectins, proteins which specifically recognize carbohydrate moieties, have been extensively studied in many biochemical and structural aspects in order to establish the molecular basis of this non-catalytic event. On the other hand, their clinical and agricultural potentials have been growing fast. Although lectins, mainly those from legume plants, had been investigated for biological properties, studies about the physiological functions of lectins are scarce in literature. Therefore, despite the accumulated data on lectins (as proteins), the role played by these signalizing molecules is poorly discussed. In the light of our accumulated results on legume lectins, specially those obtained from plants belonging to the Diocleinae sub-tribe and available data in literature, we discuss here the main hypothesis of their functions according to their carbohydrate/glycan-binding specificity.
机译:为了建立这种非催化事件的分子基础,已经在许多生化和结构方面对凝集素(一种特异性识别碳水化合物部分的蛋白质)进行了广泛的研究。另一方面,它们的临床和农业潜力正在快速增长。尽管已经对凝集素,主要是来自豆类植物的凝集素的生物学特性进行了研究,但是关于凝集素的生理功能的研究在文献中却很少。因此,尽管积累了有关凝集素(作为蛋白质)的数据,但对这些信号分子所起的作用却很少进行讨论。根据我们对豆科植物凝集素的累积结果,特别是从Diocleinae亚部落植物获得的结果以及文献中的可用数据,我们在此根据其碳水化合物/聚糖结合特异性讨论其功能的主要假设。

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