机译:临床组织切片UV-C去污的评价对质谱成像(MSI)的空间分辨分析
Department of Metabolism Digestion and Reproduction Faculty of Medicine Imperial College London;
Imaging and Data Analytics Clinical Pharmacology and Safety Sciences R&
D;
Safety Health and Environment (SHE) Cambridge Operations;
Safety Health and Environment (SHE) Cambridge Operations;
Oncology Safety Clinical Pharmacology and Safety Sciences R&
D AstraZeneca;
Translational Medicine Oncology R&
D AstraZeneca;
Translational Medicine Oncology R&
D AstraZeneca;
Imaging and Data Analytics Clinical Pharmacology and Safety Sciences R&
D;
Imaging and Data Analytics Clinical Pharmacology and Safety Sciences R&
D;
Bioscience Discovery Oncology R&
D;
National Centre of Excellence in Mass Spectrometry Imaging (NiCE-MSI) National Physical Laboratory;
Imaging and Data Analytics Clinical Pharmacology and Safety Sciences R&
D;
Department of Metabolism Digestion and Reproduction Faculty of Medicine Imperial College London;
机译:通过基于激光消融的质谱成像(MSI)技术在空间上解析
机译:优化解吸电喷雾电离质量光谱成像(Desi-MSI),用于直接从组织切片分析蛋白质切片在行驶波离子迁移率Q-TOF上的蛋白质切片
机译:使用基质辅助激光解吸/电离质谱(MALDI-MSI)解析番茄果实中生理变化和反应的空间上解决的代谢分布
机译:解吸电喷雾电离(DESI)成像质谱法分辨植物组织羟基丙葡萄糖苷分布的空间分辨分析
机译:评估一种新的混合技术,即基质增强纳米结构引发剂质谱(ME-NIMS),用于药物化合物的分析和质谱成像(MSI)。
机译:通过基于激光消融的质谱成像(MSI)技术在空间上解析体内植物代谢组学:LDI-MSI和LAESI
机译:通过基于激光烧蚀的质谱成像(msI)技术在空间植物代谢组学中进行空间分辨:LDI-msI和LaEsI
机译:高空间和高质量分辨率质谱成像(msI)的开发及其在植物小代谢物和内源分子研究中的应用。