| 1. | Anaphylactic shock in a child receiving intravenous infusion of fosfomycin sodium
磷霉素钠静滴致儿童过敏性休克 |
| 2. | In vitro antibacterial activity of fosfomycin in combination with 14 antimicrobial agents
磷霉素与14种抗菌药物分别联用的体外抗菌活性研究 |
| 3. | Objective : confirm that this mean adopted is fit for fosfomycin sodium for injection asepsis check
摘要目的：确认所采用的方法适合于该药品的无菌检查。 |
| 4. | Fosfomycin functions by inactivating an essential enzyme involved in the formation of the bacterial cell wall
它的作用机理是通过抑制参与细菌细胞壁的形成的酶而起到杀菌作用。 |
| 5. | Zhao ' s findings indicate that the presence of additional genes that result in a revised mechanism is crucial for successful fosfomycin biosynthesis
赵教授的发现认为磷霉素生物合成成功的关键是添加新的基因产生新的作用机制。 |
| 6. | Previously , four essential genes and a portion of fosfomycin ' s biosynthetic pathway had been proposed , but researchers were unable to produce fosfomycin in a non - native host
之前的研究只是提出4个必需基因和一部分磷霉素生物合成途径，但是不能在非天然宿主体内制备磷霉素。 |
| 7. | Conclusion : after confirmation , the certification tests of fosomycin sodium for injection asepsis check can be completed with film filtration mean , so the mean is fit for fosfomycin asepsis check
结论：经过验证，该方法能够有效地完成注射用磷霉素钠的无菌检查，适合该药品的无菌检查。 |
| 8. | This paper based the project of recognition and control of major incipient danger & hazards in manufacture of fosfomycin sodium in northeast general pharmaceutical factory , solved the problem of the measurement of dynamic liquid level , made a summary of the variational rule of liquid level , graded the incipient danger & hazards by using bp networks of artificial neural networks
本文以东北制药总厂的磷霉素钠生产重大隐患和危险源的识别和控制项目为背景，通过运用人工神经网络的bp网络模型，实现了动态液位的测量，并对生产过程中液位变化规律进行了总结，对生产重大隐患和危险源进行了分级研究和应用。 |
