What are the applications of microscopy in life science research?
Microscopes, especially confocal microscopes, fluorescence microscopes and general optical microscopes, have a wide range of applications in the life sciences, such as cell biology, cell culture, cellular imaging, microscopic manipulation, pathology, toxicology research, zebrafish research, model organisms, neurology research, and so on.
Cancer Research Applications
Imaging technology has become an important tool for studying cancer biology. High-resolution imaging is essential for studying changes in genes and cell signalling that lead to cancer, while live-cell imaging is key to a deeper understanding of function and disease mechanisms. Microscopic imaging techniques are equally indispensable for studying the spatial relationships between different types of tumour cells.
Virology Applications
Understanding the mechanisms of infection and developing treatments for disease through the study of virus-infected tissues and cells has important implications for the promotion of human health. Leica's imaging and sample preparation solutions can help you study viral invasion and fusion, genome integration, viral replication, assembly and viral budding.
Cell Biology Research Applications
Microscopic imaging is a very important tool in cell biology, allowing you to study samples in detail in their structural environment, as well as to analyse organelles and macromolecules. Cell biology imaging is done using a range of light and electron microscopes.
Organoid and 3D Cell Culture
Imaging is a key technique for studying 3D cell cultures such as organoids and spheroids. Effective imaging of organoids poses a new set of challenges as they contain large volumes. Organoids can be fixed, immunolabelled and studied using transparency techniques in order to image their 3D structure.
