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Talos F200i TEM
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Learn how to engage in cryo-EM SPA
2017 Nobel Prize for Chemistry
Krios G3i Cryo-TEM
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Thermo Scientific Introduces Prisma E SEM for Materials Science, the most complete SEM for multi-user laboratories requiring all-round performance and ease-of-use.
The resolution revolution and tremendous growth in groundbreaking scientific results have recognized cryo-electron microscopy single particle analysis (cryo-EM SPA) as a main stream structure biology technique for the investigation of: Dynamic biological processes, Structures, such as membrane proteins that are difficult to resolve with other techniques, and Structures of protein complexes, aggregates and large virus assemblies. Thermo Fisher Scientific provides a full workflow solution and gives advice to set up your cryo-EM laboratory.
Jacques Dubochet, Joachim Frank, and Richard Henderson win the 2017 Nobel Prize in Chemistry for their part in developing cryo-EM.
Thermo Scientific Introduces Quattro SEM for Materials Science, an ultra-versatile high-resolution SEM with unique environmental capability.
Thermo Scientific Introduces Talos F200i TEM, designed for performance and productivity across a wide range of Materials Science applications.
The new Thermo Scientific™ Krios™ G3i Cryo-TEM unravels life at the molecular level—faster, easier and more reliably.
The Thermo Scientific™ Glacios™ Cryo Transmission Electron Microscope (Cryo-TEM) makes Single particle screening and data acquisition easy.
The first dedicated Cryo-DualBeam System is here, to prepare cryo-lamellas for cryo-electron tomography.
We’re proud to introduce three new products to our leading semiconductor portfolio. These products are designed to help semiconductor failure analysis labs achieve higher volumes of samples and faster time-to-data.
FEI and the Australian Microscopy & Microanalysis Research Facility (AMMRF) are partners on MyScope™ Outreach, a free online platform that gives students a glimpse into the microscopic world around them.
Dr. Xuekun Lu from the University College London demonstrates multi-length scale imaging and the simulation of a novel-structured tubular SOFC anode to obtain effective mass transport.
This new release enables researchers to perform dedicated segmentation workflows on their intra- and inter-cellular images and apply the most accurate object tracking solution available.