drug-fast bacteria

METHODS: The use of third-generation cephalosporins was analysed in respect to the amount of consumption of individual products in 1998~ 2001, the total amount of consumption of all kinds of cephalosporins each year and the number of cases infected by drug-fast bacteria and drug-fast rate.

方法：统计我院1998年～2001年第3代头孢菌素单品种用量和各年度第3代头孢菌素总量，以及各单品种每年耐药例数和耐药率。

Isolation, identification and drug sensitivity test for the pathogenic bacteria from Seborrheic skin in dogs

慢性乳头状溃疡性脓皮病犬脓皮病病原菌的分离鉴定与药敏试验

Conclusion: The cost-effectiveness analysis showed that fluconazole was better in the treatment of tinea unguium. Study on the Isolation, Cultivation and Drug Sensitivity Test of Pathogenic Bacteria of Tinea Unguium

结论：药物经济学分析结果为氟康唑治疗甲癣病较优。甲真菌病原菌的分离培养及耐药性实验研究

The Analysis of the Species Distribution and Drug-resistance of Bacteria in Infective Ophthalmic Disease in later 1990s An Investigation on Ophthalmic Conventional Items from China Hospitals

90年代末期眼科感染病原菌的分布特征及耐药现状调查我国医院眼科常规项目开展情况调查分析

As a result of the frequent generation of the drug-fast bacteria, the available life of antibiotics becomes shorter and shorter.

由于耐药菌的不断产生，使得抗生素的使用寿命越来越短。

Objective To investigate the pathogenic bacteria of nosocomial infection in patients with lung cancer in respiratory intensive care unit ( RICU), as well as their drug resistance.

目的了解近年来呼吸科重症加强治疗病房（RICU）肺癌患者院内下呼吸道感染病原菌分布及耐药情况。

One should continue to strengthen both the monitoring and management of the use of antibacterials and multi-drug resistant bacteria.7.The informatization construction of hospital infection management has not yet been achieved, so we need to accelerate the informatization construction and to implement the real time monitoring of hospital infection.

抗菌药物的使用管理仍然是今后工作重点，应继续加强抗菌药物的使用及多重耐药菌的监测及管理。7.医院感染管理尚未实现信息化，应加快信息化建设，实现医院感染实时监控。

Our results show that clinician must select antibiotic according to the drug sensitive test of diplococcus gonorrhoeae to prevent drug-fast bacteria multiple infection.

其结论是临床用药应参考淋病奈瑟菌药敏试验结果，合理选用抗生素，预防多重耐药菌株的产生。

Currently the development of antiviral drugs for pediatric exogenous fever in modern medicine is rather slow and their efficacy is not quite explicit. Overuse of antibiotics leads to an increase in drug-fast bacteria as well as a decrease in the immunity of children.

现代医学治疗小儿外感发热，抗病毒药物的发展比较缓慢，疗效尚待评估；抗生素的滥用，引起耐药菌的增多和儿童抵抗力的下降，各种副作用伤及儿童。