Analytical Chemistry ELN
Insert, View and Manipulate Spectra in Context.
Thermo Scientific™ Core ELN™ software assists analytical chemists in managing their data and communicating with colleagues. Analytical chemists no longer need to print out and paste or e-mail analytical results. Using Core ELN software for chemistry, scientists can now insert, view and manipulate spectra in context. Users can either connect to remote servers to bring in data for viewing or simply drag-and-drop files directly into Core ELN software, then display, annotate and search spectra files, images and data files.
Analytical data can be embedded ‘live’ in experiments, enabling users to view and manipulate them in situ. Now your analytical results can be stored and retrieved in the context of the analyses performed with full task flow management tools to assign work, alert users and submit results. Industry-standard spectral file types can be read and understood by Core ELN software, and if required, users can open files in external applications for modification. Core ELN software integrates seamlessly with external data management applications, making your work more efficient and allowing you to collate results and make better decisions, faster.
The Only Notebook You Need
Core ELN software offers capabilities for handling text, data, and forms required to plan, record, analyze, and report analytical and bioanalytical information—including material and chemical analysis, titration, gravimetry, spectroscopy, crystallography, electrochemical and thermal analysis.
Core ELN software is designed to be used out-of-the-box across multiple scientific disciplines including analytical chemistry, synthetic chemistry, and biology; from discovery through manufacturing.
Core ELN software for Analytical Chemistry improves operational efficiencies and lowers costs by enabling scientists in many disciplines including analytical chemistry to plan, execute, and record experiments using a single notebook enterprise-wide, from discovery through manufacturing.
Automated data capture from instruments and LIMS saves time and reduces cut and paste errors
Dynamically accommodates changes in experimental parameters
Data pivoting and filtering at the touch of a button
Query interface for cross-experimental SAR reporting, meta-analysis and data mining
Simplified report generation removing the need for laborious copying, pasting and formatting
Secure centralized Oracle data and report repository
Supporting Analytical Workflows
Quickly develop new methods
Learn from other researchers’ experiments and reuse information
Collaborate more effectively with colleagues and contract research organizations
Work efficiently in regulated and non–regulated environments
Hyperlink to referenced experiments for easy tracking of procedures and tests performed over multiple experiments
Search across all text; annotate chromatograms and spectra–and fully search annotations
Capture and process data from many sources
Reduce data transcription and omission errors by acquiring data directly from laboratory instruments (e.g., balances)
Capture Microsoft Excel spreadsheets into experiment write–ups
Utilize flexible tables with integrated calculations and information look–up
Capture spreadsheet, statistical analysis, kinetic modeling, visualization, and scientific data management information
Capture changes and signatures in comprehensive audit trails
Reduce time spent reviewing and routing documents for approval
Save time, reduce mistakes, ease the compliance burden
Consolidate data from instruments and balances
Improve collaboration across multiple scientific disciplines
Enhance personal productivity
Minimize data errors
Protect intellectual property (IP)
Streamline regulatory compliance
Implement consistent processes across organizations