Spatial region-resolved proteome map reveals mechanism of COVID-19-associated heart injury. Leng et al.

This dataset contains five supplemental tables and one supplemental video from the manuscript by Leng et al. "Spatial region-resolved proteome map reveals mechanism of COVID-19-associated heart injury". Table S1. Overview of the characteristics of patients diagnosed with COVID-19 involved in the study, related to Figure 1. Table S2. Overview of the characteristics of control samples involved in the study, related to Figure 1. Table S3. All protein identified in COVID-19 and control heart tissue samples based on anatomy structure of four regions, related to Figure 1. Table S4. All protein identified in region-resolved myocardia from COVID-19 and control heart tissue samples by laser microdissection technology, related to Figure 2 and Figure S3. Table S5. All protein identified in region-resolved microvessels from COVID-19 and non-COVID-19 heart tissue samples by laser microdissection technology, related to Figure 2 and Figure S5. VideoS1. Laser-capture microdissection of heart samples, related to Figure 2.本数据集包含Leng等人发表的题为《空间区域分辨蛋白质组图谱揭示新冠相关心脏损伤机制》（Spatial region-resolved proteome map reveals mechanism of COVID-19-associated heart injury）的论文的5张补充表格与1段补充视频。 表S1 本研究纳入的新型冠状病毒肺炎（COVID-19，以下简称新冠）确诊患者特征概览，与图1相关。 表S2 本研究纳入的对照样本特征概览，与图1相关。 表S3 基于四个区域的解剖结构，在新冠患者与对照心脏组织样本中鉴定得到的全部蛋白质，与图1相关。 表S4 通过激光显微切割（Laser microdissection）技术，在新冠患者与对照心脏组织的区域分辨心肌中鉴定得到的全部蛋白质，与图2及补充图S3相关。 表S5 通过激光显微切割技术，在新冠患者与非新冠心脏组织的区域分辨微血管中鉴定得到的全部蛋白质，与图2及补充图S5相关。 视频S1 心脏样本的激光捕获显微切割（Laser-capture microdissection），与图2相关。