caused by a pathogenic microorganism or agent.
充满细菌和致病微生物的。
antibiotics play significant roles in the battle against pathogenic microorganism in human history and ever saved countless lives.
抗牛素是人类抵抗病原微生物感染的重要手段,挽救过无数人的生命。
applying to animal, secxitin can ameliorate nonspecific immune reaction, defense infection of pathogenic microorganism and anti-stress to improve animal「s health.
应用于动物表现为改善非特异性免疫反应,起到防御病原微生物感染和抗应激作用,从而提高动物的健康状况。
it studies pathogenic microorganism relevant to human being disease form structure , supersession activity mainly, pathopoiesia mechanism airframe」s.
它主要研究与人类疾病有关的病原微生物的形态结构,代谢活动,致病机理机体的。
at the same time, we analyzed the results of tracheal aspirates cultures and drug sensitivity test in vap neonates to determine pathogenic microorganism and the severity of drug fast.
同时对vap患儿的呼吸道分泌物培养及药敏试验结果进行总结,分析其致病微生物及耐药情况。
through the culture of trachea secretion and antibiotic sensation test, analysis the culture result of pathogenic microorganism and drug resistance rate.
并通过气管分泌物培养及药物敏感试验,分析培养结果的致病微生物及耐药率。
it can cause environment problems such as malodorous gas pollution, harmful pathogenic microorganism pollution, antibiotic pollution, metal pollution, n and p pollution.
畜禽粪便会对环境造成恶臭气体污染、有害病源生物污染、药物和添加剂污染、金属元素污染、氮磷污染。
conclusion:the degree of contamination of pathogenic microorganism on entry waste raw material in ports of guangdong is relatively high. it also jeopardize the environmental hygiene of port.
结论:广东口岸入境废物原料中病原微生物污染程度较高,对口岸环境卫生也造成了危害。
several rapid detection methods of pathogenic microorganism from aquatic foods were introduced. application and development of these methods will guarantees effectively the security of aquatic foods.
阐述几种水产品中致病微生物的快速检测方法,这些方法的应用和发展将为水产品的质量安全提供有利保障。
conclusion it is important to monitor bacterium, use antibiotics correctly, detect the pathogenic microorganism and prevent risk factors for controlling the infection of nicu.
结论加强神经内科重癥监护病房的细菌监测,及时发现菌群分布,合理使用抗生素,消除医院内的易感染因素,对有效控制nicu感染十分重要。
modern biological detection methods for pathogenic microorganism have been developed quickly in recent years, including immunoassays, pcr methods, dna probes, dna chips and biosensors etc.
前言:近年来环境中致病微生物现代生物检测技术发展迅速,主要有免疫检测法、pcr检测法、生物探针、生物芯片以及生物传感器等。
in the other side it can control the pathogenic microorganism infection and improve the survival rate of young animals and reduce the diarrhea and enteritis.
另一方面可有效控制病原微生物对畜禽的感染,提高幼龄动物的成活率,减少腹泻和肠炎的发生。
first it is the pathogenic microorganism has the drug resistance variation main source;
首先它是病原微生物产生耐药性变异的主要源头;
the cervix is preventing pathogenic microorganism into the uterus, fallopian tube and ovary an important line, it easily by different kinds of pathogenic factor invasion.
宫颈是阻止病原微生物进入子宫、输卵管以及卵巢的一道重要防线,它轻易受到各种致病因素的侵袭。