ACD/Labs, an informatics company that develops and commercializes analytical and chemical knowledge management solutions in support of R&D, has announced significant updates across its ACD/Spectrus® and ACD/Percepta® platforms. Version 2018.1 delivers greater functionality to all ACD/Labs products, including key tools for analytical and process chemists in pharmaceutical development, NMR spectroscopists, mass spectrometrists, plus LC and GC method development specialists.
“Scientific organizations expect a wealth of innovative capabilities in the applications they use to help them solve their most complex scientific challenges. But, they also expect those applications to be continually updated and improved,” said Andrew Anderson, Vice President of Innovation and Informatics Strategy at ACD/Labs. “This software release offers a wealth of new and valuable functionality—we believe it represents a commitment to our customers to help them improve their productivity, provide deep scientific insight, and facilitate decision-making.”
ACD/Labs’ v2018.1 software release includes the following updates:
Analytical Knowledge Management in Pharmaceutical Development—taking into account specific feedback from customers, v2018.1 of Luminata™ and MetaSense™ include multiple requested features for both products. Luminata now includes automated calculation of impurity carryover across stages, and improved handling of process schema imported from third-party drawing packages—including reagents and reactants. MetaSense users can now identify a greater number of metabolites through the addition of user-defined reactions, expand the scope of projects by analyzing data from multiple different species (human, mouse, rat, dog) together, and accelerate reporting by utilizing customizable reporting templates.
NMR and MS Dereplication—two new features have been introduced that streamline identification of “known unknowns” in both NMR and MS analysis. The Known Structure Identification NMR workflow, available as an add-on to both ACD/NMR Workbook Suite and ACD/Spectrus Processor, quickly determines whether experimental 13C spectra match predicted signals of known compounds. Similarly, improvements to the Intelligent Component Recognition workflow in ACD/MS Workbook Suite enable efficient identification of LC and GC known unknowns through batch spectral searching. Additional key NMR and MS updates include improved peak picking and multiplet assignment accuracy for 13C NMR spectra of fluorinated compounds, and upgraded MS Tree control to better visualize multiple MS spectra together.
Usability Improvements to Method Development Solutions—in response to customers communicating their chromatography software needs, ACD/Labs has simplified the v2018.1 product line by consolidating functionality from across various chromatography applications into two comprehensive method development and optimization solutions: the improved ACD/AutoChrom, and the new ACD/Method Selection Suite. Particularly, Method Selection Suite combines physicochemical property predictions with method optimization tools to define better starting conditions, estimate retention times, and optimize key separation parameters, all according to quality by design (QbD) principles.
Physicochemical and ADME/Tox Property Prediction—v2018.1 of the Percepta platform, which provides in silico predictions of physchem, ADME, and toxicity properties, includes significant improvements to the logP structure database (more than 1700 compounds added) to deliver more reliable and accurate logP estimates for novel compounds. Plus, this expansion also improves prediction tools that require logP—logD, oral bioavailability, blood-brain barrier penetration, and more.
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