Cucumber mosaic virus, computer model
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Cucumber mosaic virus, computer model
Cucumber mosaic virus (CMV), computer model. This image was created using molecular modelling software and data from X-ray crystallography. The images shows the outer protein shell, known as the capsid, coloured by protein subgroup. CMV is transmitted by aphids and infects a wide number of crop plants, causing stunted growth, wilting, mottling and poor fruit yield. X-ray crystallography fires powerful X-rays at crystals which produce a scattered pattern caught on a detector or photographic film. The pattern reveals the molecular structure of the specimen
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Media ID 6434911
© THOMAS SMITH/DANFORTH CENTER/SCIENCE PHOTO LIBRARY
3 D Visualisation 3 D Visualization Capsid Computer Graphic Computer Rendering Macromolecular Macromolecule Modelling Molecular Imaging Plant Disease Plant Pathogen Plant Virus Protein Shell Reconstruction Shape Structural Biology Surface Viral Shell Virion Virology X Ray X Ray Crystallography Micro Biology Microbiological Molecular Model Molecular Structure Pathogen Protein Virus
EDITORS COMMENTS
This print showcases a computer model of the Cucumber mosaic virus (CMV), created using cutting-edge molecular modelling software and data obtained from X-ray crystallography. The image provides an intricate visualization of the outer protein shell, known as the capsid, which is color-coded according to its protein subgroup. CMV is a notorious plant pathogen that spreads through aphids and infects numerous crop plants, leading to detrimental effects such as stunted growth, wilting, mottling, and reduced fruit yield. Understanding the molecular structure of CMV is crucial in developing effective strategies for combating this destructive virus. X-ray crystallography plays a pivotal role in unraveling the secrets hidden within CMV's structure. By bombarding crystals with powerful X-rays and capturing their scattered pattern on detectors or photographic film, scientists can decipher the intricate arrangement of molecules within the specimen. The resulting computer-generated model offers invaluable insights into CMV's shape and biological characteristics. This 3D representation allows researchers to study various aspects of this plant virus at a microscopic level. It serves as a vital tool in virology research by aiding in understanding how CMV interacts with host plants and identifying potential targets for intervention. Through its stunning visual reconstruction, this print highlights both the beauty and complexity inherent in studying viruses at a molecular level—a testament to the remarkable advancements made possible by structural biology and molecular imaging techniques.
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