Innovative CryoEM Workflow Development: An In-Depth Look at TESCAN and the Institute of Molecular Genetics Collaboration
September 13, 2024
Innovation
Electron Microscopy
Events
Virtual Pub
Join the Special Edition Virtual Pub, “Innovation in Imaging,” where we will discuss some of the issues that innovators should be aware of and hear use cases from our network about successful tech transfer and translation from the lab.
When: September 27, 2024, from 13:00-15:30 CEST
Where: Online
At this event, Dominik Pinkas (Institute of Molecular Genetics of the Czech Academy of Sciences, part of Euro-BioImaging’s Advanced LIght & Electron Microscopy Prague Node) & Ondřej Šulák (Tescan), will present a use case on how they worked together in an academia-industry partnership to develop and optimise workflows for cryo-electron microscopy. Their talk is entitled “Innovative CryoEM Workflow Development: An In-Depth Look at TESCAN and the Institute of Molecular Genetics Collaboration.”
Innovative CryoEM Workflow Development: An In-Depth Look at TESCAN and the Institute of Molecular Genetics CollaborationMy subheading
Dominik Pinkas, Electron Microscopy Core Facility of the Institute of Molecular Genetics of the Czech Academy of Sciences (EMCF IMG) Prague, Czechia
Ondřej Šulák, TESCAN GROUP a.s., Czechia
Abstract
Academia and industry, while working toward shared goals, operate with different motivations, expertise, and resources. This complementary relationship fosters collaborative projects that benefit both sides.
With this in mind, the Electron Microscopy Core Facility (EMCF) at the IMG in Prague, Czechia, and TESCAN, a leading electron microscope manufacturer from Brno, began collaborating in 2021 on the development and optimization of workflows for cryo-electron microscopy. As part of the partnership, the EMCF received TESCAN AMBER cryo FIB-SEM equipment, along with support from TESCAN engineers in processing relevant user projects. In return, TESCAN gained access to EMCF's other technologies, know-how, and feedback for both current and in-development solutions. Researchers from both organisations regularly visited each other's facilities, sharing expertise and working together to solve challenges. This led, among other achievements, to the joint development of advanced fluorescence-guided cryo-liftout workflow using TESCAN’s new innovative cryo nanomanipulator.
The outcomes of this collaboration are accessible to the broader scientific community, either as services provided by the EMCF at IMG through Czech BioImaging or Euro-BioImaging research infrastructures, or as commercial products and improvements offered by TESCAN.
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