Electron Optic Documents

Data set for observing ferromagnetic samples. The mode has no magnetic field around samples.

Using Minimal Fringe Illumination and Coma-Free Image Shift an unprecedented throughput is possible on a JEOL CRYO ARM™. Given that a typical structure as published on EMPIAR requires 4-5000 images, the potential therefore exists of solving roughly 4-5 structures per day using a JEOL CRYO ARM™.

OBF System - Live Low Dose, Light Element Imaging

Cryo-EM has enjoyed an enormous ground swell in popularity ever since the advent of more stable and automated electron microscopes, suitable movie-type cameras, and improved acquisition software. Results obtained so far have been nothing short of spectacular as illustrated by several structures in EMDB and EMPIAR solved by cryo-EM to resolutions better than 1.5Å, such as EMD-31314, EMD-33707 and EMD-35984, the latter of which reaching true atomic resolution. This note describes the workflow used in Single Particle Analysis (SPA) cryo-EM workflows with the Osaka framework, i.e. a set of scripts that work with SerialEM.

The 2100Plus is a multi-purpose 60-200kV TEM/STEM equipped with a LaB6. The 2100Plus enhances a laboratory's imaging capabilities. Learn more here.

As seen in Ultramicroscopy, Volume 140, May 2014, Pages 37-43.