Plants are one of the most common forms of life on Earth and are widely distributed in all types of habitats. Plants are an important part of the biosphere's material cycle and energy flow by providing material and energy sources for most of the earth's organisms through photosynthesis, and plant lipid molecules play a very important role in growth and development, so it is especially important to conduct studies on plant lipidomics. Untargeted lipidomics focuses on the discovery of differential lipids in plant samples and their subsequent identification.

What We Offer

Lifeasible has built a high-throughput test platform equipped with advanced tandem mass spectrometer and analysis software, which can target about 1000 lipids at a time, and use advanced bioinformatics software to conduct an in-depth analysis of the functions of these lipid molecules, providing scientific guidance to elucidate the functions of small lipid molecules. Lifeasible provides high-quality plant untargeted lipidomics services based on an advanced mass spectrometry platform, and we have developed a standards database containing more than 500 standards based on our own instrumentation platform, with a unique, self-developed standards sample. We provide customized solutions and fast and accurate analysis services to help our customers perform plant untargeted lipidomics analysis.

We Do Better

Lifeasible' LC-MS/MS-based plant non-targeted lipidomics method enables high coverage and accuracy in the detection of lipid molecules in biological samples, and if isotopic internal standard lipid standards are added to the samples, absolute quantification of the lipid molecules in them can be performed simultaneously. Through subsequent bioinformatics data analysis, we can systematically elucidate the changes at the lipidome level and the regulatory mechanisms in the experimental group compared to the control group from a lipid perspective. This service can be applied to the identification of lipid substances in plant samples, the study of lipid function and metabolic regulation, and the study of lipid metabolic pathways and networks, etc.

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

Related Services

• Plant Targeted Lipidomics
• Plant Quantitative Lipidomics
• Plant Lipid Detection and Analysis