方案摘要
方案下载| 应用领域 | 环保 |
| 检测样本 | 环境水（除海水） |
| 检测项目 | 有机污染物>二噁英类化合物 |
| 参考标准 | / |
Developing Multiple Reaction Monitoring (MRM)-based screening methods for routine analysis is a common operation in analytical laboratories. To maximize analytical performance, researchers often need to optimize many LC and MS parameters. An intelligent software could assist method development from several aspects, such as cutting method development time, automating workflow, auto-selecting optimal parameters, tracking system to meet compliance requirement, etc.
Developing Multiple Reaction Monitoring (MRM)-based screening methods for routine analysis is a common operation in analytical laboratories. To
maximize analytical performance, researchers often need to optimize many LC and MS parameters. An intelligent software could assist method development
from several aspects, such as cutting method development time, automating workflow, auto- selecting optimal parameters, tracking system to meet compliance requirement, etc.
Agilent developed a new triple quadrupole LC/MS system, 6475 LC/TQ, which contains software improvements to facilitate MRM-based method optimization workflow .
In this study, we demonstrated the new optimizer on developing multi-forensic drug screening methods and compared the final method to the one optimized using a previous system. Our results showed significant improvements on the software.
文献贡献者
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