Size exclusion chromatography system

在吉利斯、贝恩斯和拉戈尼亚的研究小组中，大量的工作正致力于制备用于各种应用的新型聚合物材料。吉利斯小组的研究涉及开发用于疾病诊断和治疗的新生物材料。将探索有机和高分子化学方法来设计和合成具有改进性能和新颖生物功能的生物材料。Baines小组正在研究合成聚硅烷和聚锗烷作为生产2D光子材料的光致抗蚀剂。Ragogna研究计划涉及合成新的聚合物，将过渡金属作为聚合物主链的一部分。作为所有这些项目的一部分，在新材料用于应用之前对其进行表征是非常重要的。所要求的尺寸排阻色谱系统将允许我们确定我们制备的分子的分子量。这些材料的分子量在决定其生物学和物理特性方面至关重要。

In the Gillies, Baines, and Ragogna research groups, significant efforts are being directed towards the preparation of new polymeric materials for a diverse array of applications. Research in the Gillies group involves the development of new biomaterials for the diagnosis and treatment of disease. Organic and polymer chemistry approaches will be explored to design and synthesize biomaterials with improved properties and novel biological functions. The Baines group is working on the synthesis of polysilanes and polygermanes as photoresists for the production of 2D photonic materials. The Ragogna research program involves the synthesis of new polymers that incorporate transition metals as part of the main polymer chain. As part of all of these projects, it is extremely important to characterize the new materials before they can be used for applications. The requested size exclusion chromatography system will allow us to determine the molecular weight of the molecules that we prepare. The molecular weight of these materials will be critical in determining both their biological and physical properties.