Gene frequency distribution across <i>Neisseria gonorrhoeae</i> isolates.

Gene frequency distribution across <i>Neisseria gonorrhoeae</i> isolates.

<p>(A) Low-frequency AMR genes (< 0.005%), grouped by class (beta-lactam, tetracycline, efflux). (B) High-frequency AMR genes (> 0.005%), highlighting <i><i>bla</i></i><sub>TEM<i>-1</i></sub><i><i>, tet(C)</i></i>, &...

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Bibliographic Details
Main Author:	Elaheh Ebrahimi (20371357) (author)
Other Authors:	Zahra Hadi (22379177) (author), Sara Farsioo (22379180) (author), Bita Hasani (22379183) (author), Farzad Badmasti (9327920) (author), Masoumeh Beig (19959198) (author), Mohammad Sholeh (9423194) (author)
Published:	2025
Subjects:	Microbiology Cell Biology Genetics Pharmacology Biotechnology Ecology Hematology Infectious Diseases Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified targeted antimicrobial stewardship minimum inhibitory concentration limits treatment options lactamase gene responsible inform treatment strategies fluoroquinolones remain effective efflux pump systems complicates disease management rising antimicrobial resistance evaluate resistance trends antimicrobial resistance profiling identify amr determinants specific resistance genes aminoglycoside resistance ). whole genome sequencing neisseria gonorrhoeae </ analyze regional variations >< sub xmlns high mic values resistance genes high resistance aminoglycoside resistance regional variations gonorrhoeae </ genome sequences tetracycline resistance lactam resistance tet </ sustained effectiveness study focused study examined require monitoring raising concerns ph </ novel therapies norm </ multiple antibiotics mtrc </ mtra </ mic values large dataset ia </ global genomic farb </ evade antibiotics essential roles diminishing efficacy bla </ bacteria ’ alternative treatments
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