Chemical Computing Group and Platform Computing Announce Distributing Computing Partnership for Drug Discovery
MONTREAL, QC and TORONTO, ON. Nov. 16, 2003
Chemical Computing Group, Inc. and Platform Computing announced that they have made their flagship products compatible in order to accelerate computer-assisted drug discovery. CCG's Molecular Operating Environment (MOE™), an integrated suite of powerful drug discovery applications, can now be combined with Platform's LSF, the leading solution for production-quality workload management. Used in tandem, they represent a powerful new way for researchers at pharmaceutical companies to perform large-scale distributed computations that are easy to set-up and manage.
MOE's flexibility is ideal for researchers who wish to use distributed processing to tackle larger problems:
These advantages mean that scientists can launch distributed MOE processing across almost any collection of computers available on their network. When running MOE in this way, LSF provides additional convenience including the ability to select machines according to the resource requirements of the job and to monitor execution.
Terry Higgins, CCG Director of Research and Development, commented, "Given MOE's inherent distributed processing capabilities, becoming a Platform Partner makes sense for CCG. It means we can deliver additional value to our clients doing distributed processing such as conformational analysis and protein fold determination since they can now use complementary products from Platform such as LSF."
"We are pleased that we're able to partner with CCG to help them optimize their customers' compute infrastructure through our grid technology solutions," said James MacDonald, Vice President, Business Development, Platform Computing. "Scientists can now effectively gain more control of the discovery process by being able to harness the processing power of globally distributed, heterogeneous IT resources to allow them to achieve more simulations and testing, yielding better and faster results."
Read more on the Platform Computing website: