ChromCompare+
A powerful chemometrics platform for GC-MS and GC×GC
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ChromCompare+ is a powerful, easy-to-use chemometrics platform to transform complex chromatographic data into meaningful conclusions to advance your laboratory’s success.
Reasons to use ChromCompare+
- Find the significant differences between your sample classes.
- Reduce the risk of missing important details, by using all of the raw data.
- Minimise laborious pre-processing steps, and so accelerate workflows.
- Automatically predict the class of unknown samples using classification models.
- Easily visualise trends and relationships between your samples using interactive charts.
- Process a range of file formats for both 1D and 2D GC–MS
- Achieve all this within an intuitive, easy-to-learn workflow – you don’t have to be a statistician to use it.
Try it on your own data
As a busy analytical chemist, it’s likely that you don’t have the time to evaluate ChromCompare+ as thoroughly as you’d want to. That’s why we’re inviting you to have an online demo using your own datafiles.
Simply email hello@sepsolve.com to organise a demo with one of our application experts.
Brochures
ChromCompare+™ brochure
In this brochure from SepSolve Analytical, explore the promised benefits and potential applications of ChromCompare+™, a powerful, adaptable and easy-to-use chemometrics platform. ChromCompare+™ is designed to provide greater insight into samples across a wide range of applications, with features such as unknown class prediction, the Feature Discovery function and advanced data visualization. Minimize manual steps by directly importing raw data, and easily share results with flexible export options, as well as simple report templates.
Untargeted comparison of soft drink brands using immersive sorptive extraction, GC×GC–TOF MS, and chemometrics
In this application note, SepSolve uses an immersive sorptive extraction coupled with comprehensive two-dimensional gas chromatography and BenchTOF2™ time-of-flight mass spectrometry (GC×GC—TOF MS) to compare flavor profiles from popular brand soft drinks with those of imitation products.
Easy-to-learn workflows for quality control of essential oils
This white paper from SepSolve Analytical demonstrates the use of ChromCompare+ software in identifying significant differences between batches of lemon oils using raw GC-MS data. Robust quality control of essential oils is required to ensure purity and authenticity, prevent adulteration, and maintain consistent levels of quality and safety. The approach detailed in this paper provides evidence for the benefits of adopting ChromCompare+ software, including accelerated workflows, classification of unknown samples and identification of trace differences.
Evaluation of fruit quality using GC–TOF MS and innovative chemometrics
This white paper from SepSolve Analytical demonstrates the application of ChromCompare+ software in identifying significant differences among fruit cultivars using raw GC-MS data. Quality management enables the food and beverage industry to meet consumer expectations and maintain brand reputation and product safety. The approach detailed in this paper provides evidence for the benefits of adopting ChromCompare+ software, including accelerated workflows, classification of unknown samples and identification of trace differences.
Non-target screening of food flavorings using GC×GC with BenchTOF2 and Tandem Ionisation
Liquid smoke is the name given to flavoring products that claim to enhance food by adding a ‘smoked’ flavor to mimic the traditional smoking process.
Due to the complex nature of liquid smoke, the European Food Safety Authority (EFSA) issued new guidelines in February 2021 for the analysis of such products prior to authorization. The new guidelines call for full chemical characterization of the primary product, meaning that non-target analysis is required.
In this SelectScience webinar, discover how GC×GC–TOF MS coupled with innovative chemometrics software can provide comprehensive comparison of liquid smoke composition to improve quality control procedures and to accelerate the development of new flavorings.
Key learning objectives
- How GC×GC–BenchTOF2 can gain greater insights into sample composition for robust aroma and flavor profiling
- How Tandem Ionization® can be used to improve confidence in compound identification and enhance non-target workflows
- How smart software workflows can automatically uncover key differences between complex flavor profiles
Who should attend?
- GC(-MS) users who want to enhance their ability to analyze complex samples
- Food, fragrance and flavor scientists interested in how advanced analytical techniques can provide a competitive edge
Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.
