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Antimicrobial resistance: risk associated with antibiotic overuse and … A recent review describing patients with bacterial urinary tract and respiratory tract infections treated with antibiotics reported that individual resistance may persist for up to 12 months post-treatment, thereby creating situations with the need of requiring second-line antibiotics [Costelloe et al. 2010].
Antibiotic Resistance: What Is It, Complications & treatment Antibiotic resistance is when bacteria change so antibiotic medicines can’t kill them or stop thier growth. Consequently, bacterial infections are tough to treat. Locations: …Misuse of antibiotics. Bacteria take advantage of any opportunity to multiply. If you forget to take one or more antibiotic doses, stop treatment too soon or use …
Antibiotic resistance: The challenges and some emerging strategies for … Even though the acquisition and dissemination of resistance genes take time,the evolution of bacterial resistance is significantly accelerated by the unnecessary use and misuse of antibiotics. 1 Furthermore,the increase of multidrug‐resistant (MDR) bacteria has been attributed to the spread of resistance genes between and among bacterial …How do bacteria resist antibiotics? The Hindu
Gobar Times: How antibiotics are under attack Down To Earth Magazine
physician: Antibiotics should be reserved The Sentinel-Echo
Bad in small doses—how misuse of antibiotics contributes to bacterial drug resistance Medical Xpress
Antibiotic resistance: A Growing Concern
Editor: With antibiotic overuse and misuse, what are the implications for bacterial resistance?
Guest: A recent review describing patients with bacterial urinary tract and respiratory tract infections treated with antibiotics reported that individual resistance may persist for up to 12 months post-treatment, thereby creating situations where second-line antibiotics are needed. This highlights the critical issue of antibiotic resistance, where bacteria change so that antibiotics can’t kill them or stop their growth, making infections tough to treat. Misuse of antibiotics accelerates this process by giving bacteria opportunities to multiply and develop resistance.
Editor: How does the misuse of antibiotics contribute to bacterial resistance?
Guest: Misuse of antibiotics includes forgetting to take doses, stopping treatment too soon, or using antibiotics incorrectly. This misuse significantly accelerates the evolution of bacterial resistance. Even though the acquisition and dissemination of resistance genes take time, the unnecessary use and misuse of antibiotics speed up this process. Furthermore, the increase of multidrug-resistant (MDR) bacteria has been attributed to the spread of resistance genes between and among bacterial populations.
Editor: What strategies are emerging to combat antibiotic resistance?
guest: Emerging strategies include better regulation and monitoring of antibiotic use, promoting the progress of new antibiotics, and improving infection prevention and control measures. Additionally, there is a growing emphasis on public education to reduce unnecessary antibiotic use and promote proper hygiene practices to prevent infections in the first place.
Conclusion
The misuse and overuse of antibiotics have led to a significant increase in bacterial resistance, making infections harder to treat. Strategies such as improved antibiotic regulation, development of new antibiotics, and enhanced public education are crucial in combating this growing public health concern. Understanding the mechanisms of bacterial resistance and promoting proper antibiotic use are essential steps toward managing this global issue.
