On the forefront of a field that advances at an exhilarating speed, researchers in the life sciences need the most powerful instruments available for imaging and analysis at the nanoscale, where life begins and where living organisms interact.
JEOL TEMs are widely used in fields where transmission electron microscopy is an indispensable part of the workflow. For instance in diagnostic work, the lower kV TEMs, such as the JEM-1400, are used to identify pathologies that are crucial for proper treatment of patients. In the QC field, those same TEMs are used for analyzing products in terms of size and/or morphology. In basic research, the lower kV instruments from JEOL are sought after because of their stability and ability to quickly deliver massive amounts of data, such as that used to unravel the connectome. Yet another field is that of screening for Single Particle Workflows – here samples are evaluated before committing them to hours- or even day-long protocols on high-end, fully automated TEMs such as the JEOL CRYO ARM that can deliver three-dimensional structures of proteins and viruses at (near) atomic detail. For very Life Science Application, there is a JEOL TEMs perfectly suited for the job!
provide high resolution montages and three-dimensional images of structural details. JEOL FE-SEMs enhance imaging and throughput capabilities with image quality and resolution that rivals a TEM. An ideal tool for research and teaching facilities, the FE-SEM can be equipped with a Transmission Electron Detector, 3View Tomography and other analytical accessories.
JEOL FE-SEMs enhance imaging and throughput capabilities with image quality and resolution that rivals a TEM. An ideal tool for research and teaching facilities, the FE-SEM can be equipped with a Transmission Electron Detector, 3View Tomography and other analytical accessories.
JEOL Mass Spectrometers are used for protein characterization, proteomics, pharmaceuticals, drug development, and high throughput screening.
JEOL NMR spectrometers are used in a broad range of applications, from analysis of molecular structure, dynamics and interactions between various molecules, to fundamental material studies. Those applications are extensively used in many fields and areas, including drug research and development, structural molecular biology, development of battery technologies, food analysis and more.