Antibiotic resistance enzyme molecule C017 / 2271
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Antibiotic resistance enzyme molecule C017 / 2271
Antibiotic resistance enzyme. Molecular model of the New Delhi metallo-beta-lactamase 1 enzyme. This bacterial enzyme confers antibiotic resistance on cells that carry it. The gene that codes for the enzyme is found on a plasmid, a ring of DNA that is separate to the cells main DNA, and so can be transferred between cells in close contact. This is possible even if the bacteria do not belong to the same genus. The enzyme inactivates antibiotics in the beta-lactam group, including penicillin and carbapenems, which are the last line of defence used against other drug-resistant bacteria
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9341305
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Antibiotic Resistance Antibiotic Resistant Bacterial Enzyme Microbiology Ndm 1 New Delhi Metallo Beta Lactamase 1 Secondary Structure Superbug Biochemical Biochemistry Cutouts Microbiological Molecular Molecular Model
EDITORS COMMENTS
This print showcases the intricate molecular structure of Antibiotic resistance enzyme molecule C017/2271, specifically the New Delhi metallo-beta-lactamase 1 enzyme. This bacterial enzyme plays a significant role in conferring antibiotic resistance on cells that carry it. The gene responsible for coding this enzyme is located on a plasmid, which is a separate ring of DNA from the cell's main genetic material. As a result, this plasmid can be easily transferred between cells in close proximity, even if they do not belong to the same genus. The primary function of this enzyme is to render antibiotics ineffective within the beta-lactam group, including widely used drugs like penicillin and carbapenems. These antibiotics are often considered as the last line of defense against other drug-resistant bacteria. By inactivating these crucial medications, this antibiotic resistance enzyme poses a significant challenge in combating infections caused by superbugs. The detailed illustration beautifully captures the secondary structure and protein fold of this critical molecule while highlighting its association with zinc ions. Its complex nature underscores both its biological significance and its potential impact on public health. Overall, this visually striking artwork provides valuable insights into microbiology and biochemistry research surrounding antibiotic resistance mechanisms—a topic that continues to demand attention from scientists worldwide.
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