Completed Cells, Biochemistry & Physiology Genetics & Molecular Biology

The Scottish Macromolecular Imaging Centre (SMIC)

In plain English

AI plain-English summary

A new cryo-electron microscopy facility in Scotland will let scientists see the atomic shapes of viruses, enzymes, and other biological molecules in unprecedented detail. This matters because the three-dimensional structure of a molecule determines how it works. Knowing the shape of a protein on a virus surface, for example, reveals how it binds to human cells—and points to where a drug or vaccine might block it. Until recently, many of these structures were too small or too fragile for conventional imaging. CryoEM flash-freezes samples and bombards them with electrons, capturing thousands of images that computers assemble into atomic-scale models. The Scottish Macromolecular Imaging Centre (SMIC) is a partnership among the universities of Glasgow, Edinburgh, Dundee, and St Andrews. It will serve as a national hub, providing access to cutting-edge microscopes, fostering collaborations, and training a new generation of structural biologists. This is fundamental science. It will not directly produce a new drug or diagnostic tomorrow. But understanding molecular architecture is the foundation on which future medicines, vaccines, and synthetic biology tools are built—just as knowing DNA’s double helix structure opened the door to genetic engineering.

View original technical description
To understand the processes of life and disease, it is important to understand the shapes of biological molecules. Watson and Crick's ground-breaking work to understand the structure of DNA revolutionised our knowledge of the mechanisms by which traits are passed from parent to child in the form of genes. Scotland has a thriving community of structural biologists engaged in research to understand the shapes of protein and DNA molecules, their interactions and functions. A powerful new technique has emerged in the past few years; cryogenic electron microscopy (CryoEM). This allows scientists to record images of assemblies, such as viruses or enzymes - the molecular machines that perform vital tasks within the cell. These images can be processed in the computer to determine the structure of the objects at the atomic level. These structures then inform our understanding of how biological processes occur. The Scottish Macromolecular Imaging Centre is a world-class cryoEM research facility, founded by a partnership of Scottish Universities - Glasgow, Edinburgh, Dundee and St. Andrews. It acts as a hub for a network of expert scientists, fostering new collaborations and training programmes to ensure scientific excellence and a new generation of highly skilled young structural biologists."

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Researchers

David Bhella (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Accelerating throughput at Scotland's national Cryo-EM centre - a next generation direct electron detector for SCMI.
A Midlands Regional Cryo-EM facility
An electron cryo-microscopy resource for macromolecular structure determination in the University of Cambridge
National Cryo-Electron Microscopy Facility
Artificial Intelligence (AI)-enabled Cryogenic Electron Ptychography For Bio-macromolecule Imaging

Original classification

Intramural

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