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This provides the flexibility often required for AFM systems used in multi-user facilities or multi-focused research groups. Investigators who are mainly focused on biological research and/or AFM integration with light microscopy techniques should refer to Bruker’s BioAFM systems to best address ...
To analyze the super-speed property of our super-resolution endo-microscopy, we address the following questions: how many measurements are actually required to resolve the sub-diffraction features of our sample and how are the imaging speed and the resolution related to each other? In our simulati...
Common grant mechanisms to fund electron microscopy Laboratory planning Get your instrument before your funding with the Bridge to Grant Program Financing a Cryo-EM Laboratory Requirements for Preparation of Cryo-EM Samples Guidance for Planning a Cryo-EM Labora...
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Many biological questions require fluorescence microscopy with a resolution beyond the diffraction limit of light. Super-resolution methods such as Structured Illumination Microscopy (SIM), STimulated Emission Depletion (STED) microscopy and Single Molec
Thermo Scientific Tundra Cryo-TEM is a dedicated structural-analysis solution that features simplified data collection, where the amount of training required is very minimal, making cryo-EM more accessible. Schedule a NanoPort Facility visit to collect data Electron microscopy lab equipme...
Thus, BSEM techniques, while having several advantages, do not have the required resolution for all questions involving bone composition local to the LCS. 3.1.3.3 Electron dispersive spectroscopy Electron dispersive spectroscopy is a technique that can generate spot (~1 μm) elemental analyses or ...
While light microscopy detects decay at very early stages, it does not appear to be practical for field use and extensive training is generally required for this time-consuming procedure. Light microscopy can be useful along with culturing to identify the features of decay that can be difficult ...
(STEM) includes the addition of a 'flyback' time to relocate the beam at the beginning of the next row. Via a serpentine scan, the frame rate can be improved by avoiding any dead time τ, but the rectification of odd and even rows is required to compensate for hysteresis effects of ...