| 查看: 922 | 回复: 6 | ||
| 当前主题已经存档。 | ||
[资源]
【分享】Tripose muse
|
||
|
Tripos Muse 1.0.1 | 154 MB Tripos International, a leading provider of drug discovery informatics products and services, today announced a collaboration agreement with AstraZeneca to develop a new drug discovery workflow solution. The centerpiece of the collaboration effort will be the development of Tripos' new Muse™ de novo design product, which is targeted for commercial release in the fourth quarter of 2008. Muse, which will be designed to accelerate the identification and optimization of lead candidates, will combine de novo design with multi-criteria optimization to deliver the first of many solutions being prepared for release on Tripos' highly flexible, adaptable and extensible Pantheon™ platform.Tripos' Muse Product Manager and Senior Scientist Brian Masek, Ph.D. added, "I'm excited about our collaboration with AstraZeneca and am optimistic that our versatile Pantheon platform will enable Muse to provide the powerful attributes we see emerging from this collaboration. The combination of Tripos' and AstraZeneca's technologies have already helped their drug discovery efforts and this collaboration will allow us to further those achievements and, importantly, to make this science available across the industry." Commenting on the agreement, James R. Empfield, Director of Lead Optimization Chemistry at AstraZeneca, said, "It's important to consider multiple parameters when defining the characteristics of a successful lead or drug candidate. For example, during the lead identification and optimization processes, factors including biological potency and selectivity and ADME properties must be considered. We look forward to enhancing these capabilities through our collaboration with Tripos." Jim Damewood, Principal Scientist II with AstraZeneca, added, "Merging AstraZeneca and Tripos capabilities in this area has the potential to provide a powerful and unique capability in ligand-based de novo design." It is anticipated that Muse will permit researchers to find structures, scaffolds, or side-chains that meet specific design objectives. Integration with other CAMD software will allow for multiple design criteria to be applied. Modelers will be able to quickly and easily generate ideas for new side chains that optimize a panel of biological and ADME properties, preserve key R-groups and invent new scaffolds. Tripos' General Manager, Patrick Flanagan, adds, "We are confident that the combination of technology and real world insight gained through our efforts with AstraZeneca will bring a unique product to our constituents. We believe that our collective efforts will offer discovery scientists the ability to leverage the robust modeling software of Tripos with the drug development expertise and experience of AstraZeneca to offer an easy to use software tool for candidate design." 下载地址 http://rapidshare.com/files/205123925/tropmgk.rar [ Last edited by zdhlover on 2009-11-24 at 13:05 ] |
» 猜你喜欢
2026年申博-电池方向
已经有3人回复
2026年博士申请求捞
已经有5人回复
26年博士申请自荐-电催化
已经有9人回复
申博自荐
已经有9人回复
研究生做的很差,你们会让毕业吗?
已经有11人回复
求碳排放博导;方向是LCA、生命周期可持续发展以及碳排放
已经有7人回复
2026博士申请求助
已经有4人回复
2026博士或科研助理转27年博士
已经有7人回复
急招2026年9月份入学博士
已经有3人回复
国自科送审了吗
已经有11人回复
2楼2009-03-10 20:13:32
3楼2009-03-10 21:24:35
4楼2009-03-10 23:55:02
5楼2009-03-13 08:58:59
6楼2009-03-13 14:41:31
7楼2009-03-24 11:15:13












回复此楼