- Enables fast, flexible data reduction for all readers and assays
- Displays computed data in real time including batch fitting of concentration curves, quality control results, and computational hit picking
- Easily import ancillary data like compound information, previous assay results, image data, etc.
- Generate and publish graphics rich reports with the built in reporting tools
- Operates independent of expensive, complex database systems
- 100% Microsoft™ .Net
- Desktop application server client functions offline
- End users have access to the most complete and current application tool set
- End users isolated from paradigm, functionality, and code changes
- Centralized distribution of new releases, bug fixes, and enhancements
- Centralized application security
- Standardized application paradigm minimizes the need for training and simplifies the learning curve
- Centralized application resources and training tools
- Built in application to application communication
- Standardized reporting tools
- Supports side by side application development
- Build distributed applications with state of the art programming tools and languages
Analysis Toolset and Data Reduction
BioPower™ - Empowers the screening scientist with a low impact, sensible, desktop data reduction and analysis tool that functions in both a structured, production HTS and an experimental assay development environment. This flexible application accepts data from any plate reader and computes results for any type of assay including high content and kinetic experiments. All of the data, results, and analysis settings are saved in a reusable workspace file:
Analytical Application Servers
UFAE - The Unified Application Environment
The UFAE functions like an application server providing the end user with a menu of available applications. The end user chooses the desired functionality and the environment provides the client with the components to run the most current version. Once the software is loaded on the users computer, it can be accessed off-line. If newer versions are discovered, the server can update the client’s local version to assure concurrency: