这些组织也投资于抗疟疾药物开发，基于青蒿素的组合疗法。
The groups have also invested in antimalaria drugs for A.C.T., artemisinin-based combination therapy.
目前存在一些抑制新药物开发的科学和经济因素。
A number scientific and economic disincentives to new drug development exist.
药物开发非常缓慢和昂贵。
展望了小单孢菌在海洋药物开发中的前景。
A potential role of micromonospora in Marine drug development is proposed.
药物开发得当。
明年，该项目会将其数据库提供给世界各地的医学研究和药物开发。
Next year, the project will make its database available to medical researchers and drug developers around the world.
像罗氏，默克之类的制药巨擎，为数组技术还应用于药物开发过程。
Drugs giants such as Roche and Merck are also routinely using microarrays in their drug-discovery processes.
新化合物有可能被撤出市场，这种风险对新药物开发具有强大抑制作用。
The risk that new compounds may be withdrawn from the market is a strong disincentive to new drug development.
研究结果被形容为“令人振奋”，并作为药物开发的新目标。
The results were described as "exciting" and as a new target for drug development.
这一发现拓宽了药物作用的概念，对于很多病症的药物开发具有深远意义。
This broadens the notion of what drugs can do, and has wide-reaching implications for future drug discovery for many different disorders.
他们也希望定期就广泛的药物开发和安全问题交换更多的信息。
They also want to swap information more regularly on a wide range of drug development and safety issues.
抗菌素的使用期限一般为1 -10天，这削弱了新药物开发的经济动力。
Antimicrobials are typically used for a period of one to ten days, decreasing the financial incentive for new drug development.
与设计师约翰实验药物开发的希望被复制的危险都没有酒精的好处。
John experiments with a designer drug being developed that hopes to replicate all the benefits of alcohol without the dangers.
为了使药物开发成为可能，研究人员需要了解该疾病如何影响身体。
For drug development to be possible, researchers need an understanding of how a disease affects the body.
人本药业是集生物毒素生产、研究、药物开发于一体的生物制药企业。
The medicine man is a biological toxin production, research and drug development in one of the bio-pharmaceutical companies.
获取有关酶动力学参数的细节对于药物开发和临床诊断都是至关重要的。
Acquiring details about the kinetic parameters of enzymes is crucial to both drug development and clinical diagnosis.
本文论述了天然药物研究的重要性、研究的重点和天然药物开发的程序。
The importance, the study point and the developing process of natural drug are discussed in this paper.
胚胎干细胞已成为组织工程、发育生物学、药物开发及基因研究的热点。
Embryonic stem cells have been the focus in tissue engineering, developmental biology, drug development and gene research.
肺结核研究人员在全球结核药物开发联盟支持下已经准备进行更大规模的临床试验。
TB researchers are already preparing to study this finding in larger clinical trials, with support from the Global Alliance for TB Drug Development.
在药物开发初期，就将药动学性质不佳的新化学实体剔除出去具有十分重要的意义。
It is of great importance to identify the new chemical entity (NCE) with poor pharmacokinetic properties early in drug discovery pipeline.
必需基因的计算预测回避了昂贵且有难度的实验筛选，将帮助我们进行抗菌药物开发。
Computational prediction of essential genes circumvents expensive and difficult experimental screens and will help antimicrobial drug development.
药业集团计划扩大对外合作伙伴关系，并在药物开发阶段减少了一系列它正实施的实验。
The drugs group plans to expand external partnerships and reduce the number of experiments it applies during drug development.
该领域的研究虽然相对滞后(癌症药物开发)，但对于患者生活质量而言，却非常重要。
This field is lagging behind (the development of cancer drugs) but is still important for patients' quality of life.
结合其他生物技术，为疾病的发病机制研究、疾病诊断、药物开发等提供了全新的方法。
Combined with other biological technologies, it provides a new method for the investigation of the pathogenesis, diagnosis of diseases, and development of drugs.
组合化学技术与高通量筛选技术相结合，在现代药物开发中已经起到了非常重要的作用。
Combined with high throughput screening, combinatorial chemistry has played a very important role in modern drug discovery.
随着当前对天然药物开发研究的不断深入，天然药物化学课程的重要性也越来越受到重视。
Study along with a natural medicines development continuously thorough, the natural medicine chemistry course of importance also be subjected to the value more and more.
最富用应用前景的中枢神经系统药物开发的新方向集中在作用一种以上的分子目标的疗法上。
The most promising new direction for CNS (central nervous system) drug development appears to be focusing on treatments that act on more than one molecular target.
手性药物的合成是目前全球药物开发研究的热点，而不对称氢化是手性合成中最成熟的技术。
The synthesis of chiral pharmaceuticals is a hot issue of the development in pharmaceutical in the world, asymmetric hydrogenization of which is the successful technology in the chiral synthesis.
手性药物的合成是目前全球药物开发研究的热点，而不对称氢化是手性合成中最成熟的技术。
The synthesis of chiral pharmaceuticals is a hot issue of the development in pharmaceutical in the world, asymmetric hydrogenization of which is the successful technology in the chiral synthesis.
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