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Antibiotic mechanism of action, artwork

Antibiotic mechanism of action, artwork


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Antibiotic mechanism of action, artwork

Antibiotic mechanism of action. Computer artwork showing the sites where two different families of antibiotics exert their effects on messenger RNA (mRNA) during the translation stage of protein synthesis. During translation a ribosome (large, beige) moves left to right reading the mRNA and facilitating the binding of amino acids (coloured spheres) to each other to form a protein. Both Macrolide and Tetracycline antibiotics disrupt bacterial cell growth through inhibiting the translation stage of protein synthesis

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6334959

© PETER GARDINER/SCIENCE PHOTO LIBRARY

Annotated Anti Biotic Antibacterial Antibiotics Bacteria Bacterial Bacteriology Bacterium Diagram Drug Fifties Inhibiting Inhibition Inhibitor Label Labeled Labelled Labels Messenger Ribonucleic Acid Mrna Pharmacological Pharmacology Protein Synthesis Proteins Ribosome Ribosomes Sub Unit Subunits Tetracycline Thirties Translation Bio Chemistry Biochemical Genetics Micro Biology Microbiological Pathogen


EDITORS COMMENTS
This artwork, titled "Antibiotic Mechanism of Action" provides a visual representation of how two different families of antibiotics disrupt bacterial cell growth by inhibiting the translation stage of protein synthesis. Set against a clean white background, the computer-generated illustration showcases the intricate process that occurs during translation. At the center of the image, a ribosome, depicted as a large beige structure, moves from left to right along messenger RNA (mRNA), which is labeled and annotated for clarity. The ribosome's movement facilitates the binding of amino acids represented by colorful spheres to form proteins. However, Macrolide and Tetracycline antibiotics intervene at specific sites on mRNA to hinder this crucial step in protein synthesis. The attention to detail in this artwork highlights its scientific accuracy and educational value. It effectively conveys complex biological concepts related to bacteriology, biochemistry, genetics, and pharmacology in an accessible manner. With its nod to vintage aesthetics reminiscent of 1930s-1950s illustrations while incorporating modern digital techniques, this print seamlessly blends artistry with science. It serves as a testament to both the artistic talent behind it and Science Photo Library's commitment to providing high-quality visuals for educational purposes. Whether you're an enthusiast or professional in biology or medicine seeking insight into antibiotic mechanisms or simply appreciate visually striking scientific imagery, this print offers an engaging glimpse into one aspect of microbiological research.

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