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SECOM
Fast and efficient method for Correlative Electron and Super-Resolution Light Microscopy
A new paper on correlative electron and super-resolution light microscopy has been published in Scientific Reports by scientists from ETH Zurich.
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A new paper on correlative electron and super-resolution light microscopy has been published in Scientific Reports by scientists from ETH Zurich.
Integrated Superresolution CLEM is proving to be a revolutionary method for understanding biological systems.
Imaging biological samples can be pretty tiring and difficult, especially when the data has to be acquired with different microscopes.
A new article was written by the researchers from the Francis Crick Institute, Delmic’s close collaborator.
To date, the most common applications for the SECOM integrated correlative light-electron microscopy system are in cellular biology and medical research.
Real-time in situ correlative microscopy for cellular biology Thursday the 22nd of June: 3pm Sydney time (7am AMS time)
A paper on the application of the Delphi system for cellular biology, by Matt Russell and Lucy Collison from the Francis Crick Institute in London, and ...
It has been a year since the Delphi system was launched at the 18th International Microscopy Congress (IMC) in Prague, on September 7, 2014. Since then, the ...
DELMIC is proud to announce that it has won the 2015 Microscopy Today Innovation Award for the Delphi Microscope. Microscopy Today is a leading journal in the ...
