Dataset for Chelator-impregnated polydimethylsiloxane beads for the separation of medical radionuclides

The dataset is a basis for 2 publications, one is a patent (filed by TUD (OCT-23-092), patent number 2037212, priority/filing date is 11.03.2024) and another is submitted to a journal and currently under review. This dataset serves as a basis for Chelator-impregnated polydimethylsiloxane beads for the separation of medical radionuclides, intended to be a chapter (co-authored) in the dissertation of Albert Santoso and Svenja Trapp. In this dataset, the research objective "Developing chelator-impregnated PDMS beads and exploring their use in a chromatography column for the separation of medical radionuclides from their target materials" was addressed. The data were collected using various characterization techniques (advanced microscopy, advanced spectroscopy, chemical stability test) and a proof-of-concept to separate several medical radionuclides. The presented data were in the form of images (jpg.) and origin file containing most of the data (opju).

本数据集为两篇学术成果的基础支撑：其一为专利（由TUD提交，编号OCT-23-092，专利号2037212，优先权/提交日期为2024年3月11日）；其二为已投稿至期刊且目前处于审稿阶段的论文。本数据集围绕负载螯合剂的聚二甲基硅氧烷微球（用于医用放射性核素分离）构建，相关内容将作为Albert Santoso与Svenja Trapp学位论文的合著章节。本数据集针对以下研究目标展开：研发负载螯合剂的聚二甲基硅氧烷（PDMS）微球，并探索其在色谱柱中用于从靶材料中分离医用放射性核素的应用。相关数据通过多种表征技术（先进显微成像、先进光谱分析、化学稳定性测试）以及针对多种医用放射性核素分离的概念验证实验采集得到。本次公开的数据包含两类格式：图像文件（.jpg）以及承载绝大多数原始数据的源文件（.opju）。