TM Widely-Targeted Metabolomics

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tm widely targeted metabolomics service 1
TM Widely-targeted metabolomics is the 'Untargeted metabolomics + Targeted Metabolomics' process that achieves the perfect combination of high resolution, wide-coverage, high sensitivity, and precise quantification. It is a great starting point to examine the global metabolite profile. Metware's curated database of 280,000 metabolites, which includes 3000 metabolites not found in public databases, allows more annotations from high-resolution mass spec data.

Technology Introduction
"TM" Widely-Targeted Metabolomics combines Untargeted metabolomics and Targeted metabolomics to achieve the perfect combination of high-resolution, wide-coverage, high-sensitivity, and precise quantification. Metware library's patented Widely-Targeted Metabolomics technology stands out from many others with features such as:

Using high-resolution mass spectrometers to allow the unbiased collection of MS/MS spectrum data;

High resolution metabolomics database with over 3000+ in-house metabolite database providing more metabolite annotation;

Using MRM analysis from QQQ to accurately quantify metabolites in each sample.

Technology Introduction

TM Widely-Targeted Metabolomics Analysis Service Technical Features
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Large Curated Database
Collected ultra-high resolution data of over 280,000 metabolites. Each sample can typically identify over 1400 metabolites.

Rigorous Quality Control
A mature quality control system monitoring all aspects of experimentation from sample preparetion to data analysis.

Experienced
Stable and tested sample preparation protocol stemming from processing over a million samples a year.

Accurate Identification
Combining AB SCIEX QTOF 6600+ ultra-high resolution mass spectrum with our large curated database to achieve accurate metabolite identification.

Accurate Quantification
Using MRM mode from AB SCIEX Triple Quad 6500+ to achieve accurate relative quantification of metabolites.

If you want to know about targeted metabolomics workflow and metabolite discovery through global annotation of untargeted metabolom, please visit our website.