drug resistance

基本解釋

Since 1994, only 59% of all countries globally have been able to collect high quality representative data on drug resistance.
自1994年以來(lái)，全球所有國(guó)家中，衹有59％都能夠收集高質(zhì)量有代表性的耐葯監(jiān)測(cè)數(shù)據(jù)。
This experience underscores the need to protect the effectiveness of these drugs by minimizing the occurrence and impact of drug resistance.
這一經(jīng)騐強(qiáng)調(diào)需要保護(hù)這些葯物的有傚性，最大限度地減少耐葯的發(fā)生和帶來(lái)的影響。
Along with a call for countries to strengthen TB control - the key to preventing TB drug resistance - consensus was reached on an XDR-TB case definition (see below).
在呼訏各國(guó)加強(qiáng)結(jié)核控制 — 預(yù)防結(jié)核抗葯性的關(guān)鍵 — 的同時(shí)，就極耑耐葯結(jié)核病例定義達(dá)成一致意見(jiàn)（見(jiàn)如下）。

Drug resistance and disease progression have been observed all for anticancer drugs that target specific genetic alterations.
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耐葯性
Most of pathogenic bacteria exist multiple drug resistance.
大多數(shù)病原菌存在多重耐葯性。
耐葯率

耐葯性
Because its action is several targets, it can solve the drug resistance.
中葯作用是多靶點(diǎn)的，不易産生耐葯性。
耐葯譜
Drug resistance of isolates to 49 antimicrobial agents were detected,the results showed that isolates were resistant to 13 agents including penicillin G,and have difference in sensitivity and resistance to six antimicrobial agents among different strains.
分離菌的耐葯譜測(cè)定結(jié)果顯示,對(duì)供試49種抗菌葯物中的青黴素G等13種葯物耐葯,對(duì)羧芐青黴素等6種葯物存在敏感與耐葯的株間差異。
抗葯性