Antimicrobial drug resistance against Escherichia coli and its harmful effect on animal health
文献类型: 外文期刊
第一作者: Arbab, Safia
作者: Arbab, Safia;Wang, Weiwei;Zhang, Jiyu;Arbab, Safia;Wang, Weiwei;Zhang, Jiyu;Arbab, Safia;Wang, Weiwei;Zhang, Jiyu;Ullah, Hanif
作者机构:
关键词: animal health; antimicrobial resistance; Escherichia coli; gram-negative bacteria; harmful effect
期刊名称:VETERINARY MEDICINE AND SCIENCE ( 影响因子:1.772; 五年影响因子:1.885 )
ISSN:
年卷期: 2022 年 8 卷 4 期
页码:
收录情况: SCI
摘要: Multidrug resistance among pathogenic bacteria is imperilling the worth of antibiotic infection, which has become an emerging problem, which previously transformed the veterinary sciences. Since its discovery, many antibiotics have been effective in treating bacterial infections in animals. Escherichia coli, a bacterium, is one of the reservoirs of antibiotic resistance genes in a community. The current use of antibiotics and demographic factors usually increase multidrug resistance. Genetically, the continuous adoption of environmental changes by E. coli allows it to acquire many multidrug resistance. During the host's life, antimicrobial resistance rarely poses a threat to the E. coli strain and pressure, similar to that of a flexible animal lower intestine. In this review, we describe the E. coli antibiotic drug-resistance mechanism driving transmission, the causes of transmission and the harmful effects on animal health.
分类号:
- 相关文献
作者其他论文 更多>>
-
Mitigating short-circuits through synergistic temperature and hydraulic retention time control for enhancing methane yield in continuous stirred-tank reactors
作者:He, Huiban;Wang, Ziyu;Wang, Weiwei;He, Haoxing;Wang, Hongliang;Cui, Zongjun;Yuan, Xufeng;Yan, Jing
关键词:Short-circuit; Anaerobic digestion; Temperature; Hydraulic retention time; Methane yield
-
An Overview of Polymeric Nanoplatforms to Deliver Veterinary Antimicrobials
作者:Zhou, Yaxin;Dai, Guonian;Li, Bing;Bai, Yubin;Wang, Weiwei;Zhang, Jiyu;Zhou, Yaxin;Dai, Guonian;Li, Bing;Bai, Yubin;Wang, Weiwei;Zhang, Jiyu;Zhou, Yaxin;Dai, Guonian;Li, Bing;Bai, Yubin;Wang, Weiwei;Zhang, Jiyu;Guo, Lihua;Chen, Shulin
关键词:polymeric nanoparticles; antibiotic delivery; natural polymers; synthetic polymers; veterinary drugs
-
Changes in the nutrients, phytochemical profile and antioxidant activity of Rheum officinale Baill. leaf blades during different growth periods
作者:Dai, Lixia;Zhang, Jiyu;Shang, Xiaofei;Dai, Lixia;Miao, Xiaolou;Yang, Xiaorong;Li, Bing;He, Jian;Zhang, Jiyu;Shang, Xiaofei;Ma, Yudong;Shang, Xiaofei;Wang, Yu;Dong, Pengcheng;Zhang, Jiyu;Shang, Xiaofei
关键词:Rheum officinale; chemical composition; nutrient value; harvest season; antioxidant activity
-
Development of magnetic molecularly imprinted polymers for selective extraction of Benzoxazolinone-type alkaloids from acanthus plants
作者:Lin, Hongling;Yuan, Ligang;Zhang, Jiyu;Li, Bing;Bai, Yubin;Wang, Shengyi;Zhou, Xuzheng;Zhang, Jiyu;She, Yongxin;Zhou, Hanlin;Abd El-Aty, A. M.;Abd El-Aty, A. M.
关键词:Benzoxazole-type active components; Acanthaceae ebracteatus; Acanthus ilicifolius linnaeus; Magnetic separation; Molecularly imprinted polymer; Ocean medicine
-
Professional Quality of Life and Psychological Impact on Frontline Healthcare Worker during the Fourth Wave of COVID-19
作者:Ullah, Hanif;Liu, Chang-Qing;Li, Ka;Arbab, Safia;Khan, Sher Alam;Shahzad, Sohail
关键词:
-
Omega-3 and omega-6 polyunsaturated fatty acids and their potential therapeutic role in protozoan infections
作者:Rahman, Sajid Ur;Rahman, Sajid Ur;Qadeer, Abdul;Nawaz, Saqib;Ullah, Hanif;Rahman, Sajid Ur;Weng, Tzu-Nin;Qadeer, Abdul;Ullah, Hanif;Chen, Chien-Chin;Chen, Chien-Chin;Chen, Chien-Chin;Chen, Chien-Chin
关键词:omega polyunsaturated fatty acids; prevention; parasitic infections; mechanism of action; supportive therapy
-
Rotavirus infection inhibits SLA-I expression on the cell surface by degrading 82 M via ERAD-proteasome pathway
作者:Jing, Zhaoyang;Wu, Ling;Pan, Yudi;Zhang, Liaoyuan;Zhang, Xin;Shi, Da;Shi, Hongyan;Chen, Jianfei;Ji, Zhaoyang;Zhang, Jiyu;Feng, Tingshuai;Tian, Jin;Feng, Li;Tian, Jin;Feng, Li
关键词:RVA; 8 2M; ERAD-proteasome pathway; SLA-I; K48-linked ubiquitination