Accelrys Sample Applications

Pipeline Pilot, Accelrys' scientific informatics platform, offers a range of scientific capabilities that can be configured to automate discovery workflows or to solve specific research and development problems.

Accelrys Sample Applications are not pre-packaged, supported applications. Rather, they are demonstration software configurations that illustrate how Pipeline Pilot and its component collections can be applied to specific research processes.

The Sample Applications listed below offer several different options - sign up for a free trial, view the introductory webinar or contact us to learn more about how Pipeline Pilot can be tailored to address these and other processes in the research and development cycle.

Crystal Detector

Significantly reduce inspection time of your multi-well crystal detection plates. The power of Pipeline Pilot’s Imaging, Advanced Data Modeling and Interactive Reporting component collections come together to offer a solution in crystal detection. This Sample Application allows you to set confidence levels to determine the amount of manual inspection with which you are comfortable. Existing users have seen as much as an 80% reduction in manual review while maintaining a zero false-negative rate of detection. Integration components also enable connectivity with many instrument manufacturer databases.

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Environmental Chemistry and Toxicity Sample Application

Streamline the monitoring, analysis, and reporting of chemical by-products for the purposes of regulatory compliance. This customizable, scientifically-aware Sample Application provides QSAR analysis, chemical-similarity searching, and other read-across techniques that let you maximize the value of all your data. Based on your goals, this solution can be configured to automatically predict biodegradation products, physical properties, ADME and toxicology properties, and many other descriptors, and it can then compare any of these properties to your codified business rules.

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High Content Screening Sample Application

Maximize the impact of your HCS facility by removing bottlenecks in accessing, processing, reporting, modeling and sharing of HCS results. With this Sample Application, you can avoid isolated data silos, get end-users the data they need in the manner in which they need it, and cut down on manual, repetitive data processing tasks. As a result, your HCS facility will be positioned to make better R&D decisions, faster.

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Kinome Viewer

The Accelrys Kinome Viewer provides a visual and intuitive way to approach one of the hottest and most promising areas of new therapy targets. It lets users associate biological, chemical, and computational information on a single map. Designed for medicinal chemists, cellular/molecular biologists, computational chemists, and informatics specialists, this powerful, yet simplistic, web-based application can be shared throughout a discovery organization.

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MedChem Sample Application

The Accelrys MedChem Sample Application is a one-stop, web-based solution for managing lists of compounds, gathering information about them, and iteratively applying tasks to analyze and refine those lists. It unifies all the most commonly needed software tools within a single, easy-to-use interface — from molecular property calculations to metabolite enumeration. With the Accelrys MedChem Sample Application, medicinal chemists can independently run the complex analyses they previously had to pass off to computational experts, and computational experts can graphically create complex analysis workflows without enlisting the help of IT developers.

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Polymer Properties Prescreening Sample Application

Design better polymers while performing fewer and more targeted experiments with the Polymer Properties Prescreening Sample Application, which provides methods for fast estimation of the properties of bulk amorphous homopolymers and random copolymers. This easy-to-use, yet powerful Sample Application was designed for both the experimentalist and the modeler. With it, you can predict a wide range of thermophysical, mechanical, electrical optical and magnetic properties, and you can easily access the most up-to-date data to ensure you make the right decisions about your experiments.

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