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Nanoengineered biomaterials to fight gastric infection: exploring the glycan-adhesin specific interaction

机译:纳米工程的生物材料对抗胃感染:探索甘草粘蛋白的特定互动

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摘要

H. pylori adhesion to Leb-Mic is ligand specific, and efficiency studies revealed their increased capacity to compete with mice and human gastric mucosa for H. pylori adhesion comparing to chitosan microspheres without glycans. These results highlight the potential of glycan nanoengineered chitosan microspheres as alternative or complementary treatment to H. pylori gastric infection.
机译:H. Pylori对LeB-MIC的粘附性是配体的特异性,效率研究揭示了它们增加与小鼠和人胃粘膜的能力与H. Pylori粘附相比,与壳聚糖微球的粘附性比较而没有聚糖。这些结果突出了聚糖纳米工业壳聚糖微球作为替代或互补治疗对H.幽门螺杆菌胃肠感染的潜力。

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