其他null检测 | 低聚糖-蛋白质相互作用的SPRi成像-HORIBA（中国）

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应用领域	生物产业
检测样本	其他
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参考标准	0

Combining Polypyrrole with SPRi provides a unique method for fast, easy and reliable studies of oligosaccharide interactions on a biochip. The GenOptics platform, based on SPRi technology, is a powerful device for glycobiology, a rapidly expending area of research. This study demonstrates the process of grafting natural oligosaccharides on SPRi-Biochip™. SPR imaging is ideal to study protein-oligosaccharide interactions without labeling neither the probes nor the targets and to monitor multiple (at least 25) kinetic interactions in real time. This approach enable direct studies of synthetic or natural oligosaccharides properties to be developed even further.

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HORIBA OpenPlex表面等离子体共振成像仪
型号：OpenPlex

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Combining Polypyrrole with SPRi provides a unique method for fast, easy and reliable studies of oligosaccharide interactions on a biochip. The GenOptics platform, based on SPRi technology, is a powerful device for glycobiology, a rapidly expending area of research.

This study demonstrates the process of grafting natural oligosaccharides on SPRi-Biochip™.

SPR imaging is ideal to study protein-oligosaccharide interactions without labeling neither the probes nor the targets and to monitor multiple (at least 25) kinetic interactions in real time.

This approach enable direct studies of synthetic or natural oligosaccharides properties to be developed even further.

上一篇颗粒分析+混合氧化石墨烯+分散状态的混合比例

下一篇抗体-抗原特异性相互作用

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HORIBA（中国）

白金会员丨第22年

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