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Anthrax oedema factor molecule F006 / 9393
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Anthrax oedema factor molecule F006 / 9393
Anthrax oedema factor. Molecular model of oedema factor (EF) from the anthrax bacterium Bacillus antracis complexed with a calmodulin protein molecule. EF is one of three protein components that form the anthrax toxin. It is an enzyme that interferes with water homeostasis, leading to the accumulation of fluid in the tissues. Anthrax most commonly affects cattle, sheep and goats, but can also infect humans
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Media ID 9254495
© LAGUNA DESIGN/SCIENCE PHOTO LIBRARY
Alpha Helix Anthrax Bacillus Anthracis Bacterial Beta Sheet Exotoxin Microbiology Proteomics Strand Tertiary Structure Toxin Biochemical Biochemistry Cutouts Microbiological Molecular Molecular Model Molecular Structure Protein
EDITORS COMMENTS
This print showcases the Anthrax oedema factor molecule F006 / 9393, providing a detailed molecular model of this critical component from the anthrax bacterium Bacillus antracis. The image beautifully captures the complexity and intricacy of this molecule, which is complexed with a calmodulin protein molecule. Anthrax oedema factor (EF) is one of three essential protein components that constitute the anthrax toxin. As an enzyme, EF disrupts water homeostasis within living organisms, resulting in the accumulation of fluid in tissues. This disruption can have severe consequences for affected individuals as it leads to edema or swelling. While Anthrax primarily affects cattle, sheep, and goats, it is important to note that humans can also fall victim to this infectious disease. Understanding the structure and function of molecules like EF plays a crucial role in developing effective treatments and preventive measures against such pathogens. The white background enhances our focus on the intricate details of this molecular model while highlighting its significance in biology research and medicine. With its alpha helixes, beta sheets, and tertiary structures clearly visible, this artwork provides valuable insights into both microbiological processes and biochemical interactions. Overall, this print serves as a powerful visual representation of scientific progress in proteomics and microbiology while emphasizing their vital role in healthcare advancements worldwide.
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