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利用高通量光散射筛选聚集，稳定性和粘度的研究进展

报告人：Dan Some博士，Wyatt Technology
时间：2017年10月26日

聚集性和稳定性是选择生物治疗候选药物开发性和优化其配方的重要标准。筛选最广泛的条件和赋形剂矩阵可以实现真正的QbD，从而使人们对最终选择的候选药物和配方充满信心。

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https://www.wyatt.com/zh-hans/library/webinars/advances-in-high-throughput-screening-of-aggregation-stability-and-viscosity-utilizing-light-scattering-in-microwell-plates.html
https://www.wyatt.com/zh-hans/library/webinars/advances-in-high-throughput-screening-of-aggregation-stability-and-viscosity-utilizing-light-scattering-in-microwell-plates.html

终极指南

购买多角度光散射（MALS）或动态光散射（DLS）仪器时，需要问13个关键问题。

解决方案指南

我们的解决方案指南将怀雅特的产品线、应用和服务信息汇集成一本全面的手册。

解决方案指南

生物制剂指南

我们的《生物制剂指南》介绍表征生物制剂和复杂药物的工具和技术。

生物制剂指南

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光散射大学

怀雅特技术公司是业界公认的领导者，它所生产的光散射仪器以及软件主要用于确定溶液中高分子和纳米颗粒的绝对摩尔质量、尺寸、电荷和相互作用力等领域。

怀雅特静态光散射产品包括尺寸排阻色谱法（SEC-MALS）、场流分离（FFF-MALS）和成分梯度（CG-MALS）系统。动态光散射仪（DLS）不同的型号既可以满足传统比色杯式，在线测量需求，也可以满足自动化和高通量检测需求。我们也提供独特的电泳光散射（MP-PALS）、差示折光和差示粘度仪器。

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