机译:通过踩踏石突变对平衡双靶向抗生素降低易感性的快速发展
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Univ Szeged MTA SZTE Biomimet Syst Res Grp Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Univ Szeged Dept Med Chem Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Nucle Acid Synth Lab Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
Hungarian Acad Sci Biol Res Ctr Inst Biochem Synthet &
Syst Biol Unit Szeged Hungary;
antibiotic resistance; genome engineering; gepotidacin;
机译:通过踩踏石突变对平衡双靶向抗生素降低易感性的快速发展
机译:快速鉴定和抗菌药敏测试减少了抗生素的使用并加速了病原体导向的抗生素的使用。
机译:主要西格玛因子σA和终止因子Rho的突变降低了对细胞壁抗生素的敏感性
机译:使用显微镜和机器学习的快速抗生素敏感性分析
机译:使用简单的微流控和CCD成像可快速检测病原体及其抗生素敏感性。
机译:通过步进石突变对平衡双靶点抗生素敏感性降低的快速演变
机译:快速鉴定和抗微生物易感性测试降低抗生素使用并加速病原体导向抗生素使用