Completed Cells, Biochemistry & Physiology Genetics & Molecular Biology

National Cryo-Electron Microscopy Facility

In plain English

AI plain-English summary

The UK is building a national facility to give scientists access to the most powerful electron microscopes—machines too expensive and complex for any single university to run alone. This matters because the molecular machines inside our cells are too small to see with ordinary microscopes. To understand how they work in health and disease, researchers need to map their three-dimensional structures at near-atomic resolution. Currently, only a handful of labs can afford the latest equipment, creating a bottleneck for UK biomedical research. The facility will operate like a synchrotron beamline: scientists submit proposals, and the best projects get time on the instruments, supported by expert staff. If successful, the centre will accelerate discoveries in structural biology—from understanding how viruses invade cells to designing better drugs. It will also train the next generation of microscopists and coordinate software development. This is primarily an infrastructure and fundamental science project. It does not promise immediate treatments, but it enables the kind of detailed molecular understanding that has underpinned past breakthroughs in medicine, from HIV drugs to cancer therapies.

View original technical description
One of the great strengths of biomedical science in the UK has been in structural biology, which uses three-dimensional structural analysis to understand the operation of the biological machines that power our cells and carry physiological functions in health and disease. Advanced electron microscopy is needed to examine the structures of cellular machines and to address the new challenges of understanding very large and complex assemblies and placing them in the cellular context. However, increasingly sophisticated equipment is needed for this work. State of the art electron microscopy is becoming too expensive and technically demanding for individual university or research institute labs to house and operate. We are proposing to build a national facility to provide access to well supported, state of the art resources for projects chosen by peer review. This facility will be modelled on the successful X-ray crystallography synchrotron beam line system, a highly complementary approach which has faced and solved many similar problems. The proposed national centre would also provide a focus for training and coordination with software development.

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Related Research

Grants with similar aims, by meaning.

An electron cryo-microscopy resource for macromolecular structure determination in the University of Cambridge
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Accelerating throughput at Scotland's national Cryo-EM centre - a next generation direct electron detector for SCMI.
Cryo-electron microscope for structural and cell biology
Modern Cryo-Electron Microscopy with Direct Electron Detection at the University of Leeds.

Original classification

Intramural

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