Organisms are capable of responding to a wide range of intracellular, intercellular, and extracellular stimuli, where genes and proteins are mainly involved in information storage and in achieving functional cellular processes, while metabolites are the actual performers of the dynamic cellular environment. In plants, there is a large variety of metabolites and the metabolome refers to the collection of all major and minor metabolites and can be considered as the ultimate recipient of genetic information, where the level of a single metabolite can influence gene expression, protein stability, and metabolic fluxes. Plant metabolism is particularly important for plant growth and development because plant metabolites play an important role in plant growth, cell replenishment, and plant response to changing environments, etc. In addition, exploring the diversity of metabolism can also provide new ideas for plant evolutionary studies.

What We Offer

Lifeasible based on Nuclear Magnetic Resonance (NMR), Infrared, Liquid Chromatography (LC)-NMR, LC-Mass Spectrometry (MS), Gas Chromatography-MS, Capillary Electrophoresis (CE)-MS, LC-Electrochemistry-MS, LC-UItraviolet and other technologies to provide total solutions for plant metabolomics to our global customers. Our professional team and well-established platform are designed to provide only the highest quality and most cost-effective services to our customers.

• Plant Targeted Metabolomics
• Plant Untargeted Metabolomics
• Plant Primary Metabolomics
• Plant Secondary Metabolomics
• Metabolomics of Other Plant Substances
• Metabolomics of Medicinal Plants
• Plant Glycomics Analysis

We Do Better

Lifeasible offers metabolomics analysis consisting of three main experimental phases, firstly sample preparation followed by data collection using analytical methods and finally data mining using chemometric methods followed by compound identification, and all these steps are interrelated and designed to provide our customers with a complete total solution for plant metabolomics.

Reference

1. Tugizimana F., et al., "Plant metabolomics: A new frontier in phytochemical analysis." South African Journal of Science, 2013, 109(5-6):01-11.

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