Chenomx

Chenomx specializes in mixture analysis for applications in life sciences such as metabolomics, food/nutrition, and cell culture research.

Chenomx is used by Metabolomics researchers world-wide, Chenomx NMR Analysis Software works with comprehensive Spectral Reference Libraries to both identify and measure concentrations of compounds visible in the NMR spectra, all in one integrated workflow. This patented software offers best-in-class concentration measurement, identification, and advanced de-convolution of spectra.

Description

Description

Chenomx® – NMR-Based Metabolomics & Quantitative Analysis Software

Chenomx provides advanced software solutions for NMR-based metabolomics, quantitative NMR (qNMR), and small-molecule identification and analysis. Designed for researchers working with complex biological and chemical mixtures, Chenomx software helps transform NMR spectra into meaningful information about the compounds present in a sample and their concentrations.

Chenomx combines sophisticated spectral processing, compound identification, database searching, spectral fitting, and quantitative analysis in an integrated workflow. It is widely applicable in metabolomics, pharmaceutical research, clinical research, biochemistry, food science, biotechnology, and environmental studies.

Key Capabilities

NMR Spectral Processing & Analysis

Chenomx provides tools for processing and interpreting NMR spectra, including spectral visualization, peak analysis, baseline correction, referencing, and preparation of spectra for compound identification and quantification.

Compound Identification

Complex biological samples can contain hundreds of overlapping NMR signals. Chenomx enables researchers to identify metabolites and other small molecules by comparing experimental spectra with reference spectral information and compound libraries.

Quantitative NMR Analysis

Chenomx supports quantitative analysis of compounds in complex mixtures. Its spectral fitting approach can help determine the concentration of individual compounds even when signals overlap, providing quantitative information directly from NMR data.

Metabolomics

Chenomx is particularly suited to NMR-based metabolomics, enabling researchers to investigate metabolic profiles and compare samples based on their chemical composition. It can support studies involving biological fluids, cell extracts, tissues, fermentation samples, and other complex mixtures.

Spectral Libraries & Compound Databases

Reference spectral information provides a foundation for compound identification and analysis. Researchers can use available compound information and spectral libraries to assist with assigning and quantifying metabolites.

Spectral Fitting

Chenomx uses advanced spectral fitting techniques to model experimental NMR spectra using reference compound spectra. This allows researchers to resolve overlapping signals and obtain quantitative information from complicated mixtures.

Applications

Chenomx software can be used across a wide range of research areas, including:

  • Metabolomics and metabolic profiling
  • Quantitative NMR (qNMR)
  • Clinical and biomedical research
  • Pharmaceutical and drug discovery research
  • Biochemistry and molecular biology
  • Food and nutrition science
  • Agricultural and plant metabolomics
  • Biotechnology and fermentation
  • Environmental research
  • Natural products research
  • Quality control and formulation studies

From NMR Spectra to Quantitative Biological Insight

A major advantage of the Chenomx workflow is its ability to move beyond simply viewing NMR spectra. Researchers can use the software to identify compounds, resolve overlapping resonances, estimate or determine metabolite concentrations, and generate quantitative datasets for subsequent statistical and biological interpretation.

This makes Chenomx particularly valuable when working with complex samples where conventional peak integration can become difficult because of signal overlap.

Chenomx NMR Suite

The Chenomx NMR Suite provides an integrated collection of tools for NMR-based metabolomics and quantitative analysis. Depending on the license configuration, researchers can access capabilities for spectral processing, compound identification, spectral fitting, quantitative analysis, and related NMR workflows.

The suite is designed to support researchers from raw spectral data through compound identification and quantitative results, helping streamline NMR-based metabolomics workflows.

Why Use Chenomx?

Chenomx helps researchers:

  • Identify small molecules in complex NMR spectra
  • Quantify metabolites in biological and chemical mixtures
  • Analyze overlapping NMR signals
  • Build reproducible NMR-based metabolomics workflows
  • Use reference spectral information for compound identification
  • Convert NMR spectra into quantitative metabolite information
  • Support research across pharmaceutical, clinical, biochemical, food, and biotechnology applications

Who Uses Chenomx?

Chenomx solutions are suitable for:

Universities & Academic Research Institutes
For metabolomics, NMR spectroscopy, biochemistry, pharmaceutical sciences, and related research.

Pharmaceutical & Biotechnology Organizations
For drug discovery, biomarker research, metabolic profiling, formulation studies, and quality-related applications.

Clinical & Biomedical Laboratories
For investigating metabolic changes and analyzing biological samples.

Food, Agriculture & Natural Products Laboratories
For characterization, authentication, profiling, and quantitative analysis of complex samples.

Chenomx in Your NMR Research Workflow

Whether you are performing targeted metabolite quantification, NMR-based metabolomics, compound identification, or analysis of complex biological mixtures, Chenomx provides an integrated software environment for extracting valuable chemical information from NMR data.

Explore Chenomx solutions with SCUBE Scientific Software Solutions Pvt. Ltd. for academic, research, pharmaceutical, biotechnology, and industrial applications.

Chenomx Brochure

Chenomx Features

System Requirements