Lipids are a class of bio-organic molecules that are insoluble in water and readily soluble in non-polar solvents. They mainly include nonpolar lipids, polar lipids, and lipid metabolites. Plant whole lipidomics is a comprehensive and systematic analysis and identification of lipids and the molecules interacting with them in plant tissues or cells to understand the structure and function of lipids, and then reveal the relationship between lipid metabolism and the physiological and pathological processes of cells, organs, and even the organism.

What We Offer

• Analysis and identification of lipids and their metabolites.

Lifeasible has improved lipid preparation methods and developed new analytical techniques for rapid, high-throughput analysis and identification of lipids and their metabolites.

• Lipid function and metabolic regulation (including key genes/proteins/enzymes).

Lifeasible focuses on lipid function and metabolic regulation using lipidomics technology and combining with genomics and proteomics technologies and forming systems.

• Lipid metabolic pathways and networks.

Lifeasible integrates the results of genomics, proteomics, and metabolomics to try to establish the metabolic pathways of lipids under different conditions, thus continuously improving the mapping of complex lipid metabolic pathways and networks in living organisms.

Detection method	LC-QTOF
Quantification method	Absolute quantification of isotope internal standards
Assay type	TAGs, DAGs, PLs, CE, Cer, SM, etc.
Sample type	Plant tissue
Sample volume	>1 g
Biological replicates	>3

We Do Better

Lifeasible provides systematic whole-lipidome analysis to clients worldwide for large-scale qualitative and quantitative studies of plant lipid compounds and to understand their function and changes under different physiological and pathological conditions. Relying on our extensive experience and professional platform, we can provide accurate and comprehensive whole-lipid information profiles of plant samples under different physiological conditions.

• We can maximize lipid coverage and quantitative accuracy while reducing analysis time.
• We enable accurate characterization and quantification of complex lipid isomers, including the precise location of double bonds in complex lipid fatty acid chains.
• We derive biologically meaningful patterns from the big data generated by the lipidome, and our metabolic pathway-oriented analysis approach covers customized bioinformatics methods linking key metabolic branches of lipid and non-lipid metabolites, enabling direct and rapid visualization of metabolic pathways fluctuation data, etc.

*If your organization requires the signing of a confidentiality agreement, please contact us by email.

For research use only, not intended for any clinical use.

Related Services

• Plant Free Fatty Acid Analysis
• Plant Glycerides Analysis
• Plant Phospholipid Analysis