Luminata—Software for the efficient and comprehensive management of impurity data
Featured Product Mar 27, 2017
LUMINATATM is an informatics system that enables organizations to establish effective impurity control strategies for products through development and commercialization. This is accomplished through the assembly of connected analytical, chemical, and process information—all in a single enterprise informatics environment.
Built on ACD/Labs’ multi-technique, vendor-agnostic ACD/Spectrus Platform, Luminata offers standardization and visualization of all the analytical data used in comprehensive substance characterization throughout process development. The formation and fate of all impurities related to a process are captured along with their associated chromatographic and spectral data.
Through efficient assembly of data for easy presentation to regulatory bodies, Luminata suits Quality by Design (QbD) approaches in accordance with various industry practices and regulatory requirements. It assists pharmaceutical development organizations in their efforts to characterize and control materials and substances through their lifecycle.
Luminata enhances collaboration between process chemistry, analytical, regulatory, and quality departments. Its capabilities also benefit method development, characterization, long term stability, and forced degradation efforts.
Available in the Summer of 2017, the unique capabilities offered by Luminata include:
• Simplified organization of data within the chemical context, which creates data rich environments that are not overwhelming.
• Greater visibility into the context of analytical data with regard to the evolution of materials throughout the chemical process.
• More streamlined reporting capabilities that afford simplification and reduction of transcription errors, simplify reporting, and reduce transcription errors.
• Advanced search capabilities that allow scientists to analyze meta, structure, and analytics data; reducing the amount of time required to identify impurities.