Lipidomics
Lipidomics investigates the diverse lipid molecules that shape membranes, signaling pathways, energy storage, inflammation, metabolism, and cellular identity. By profiling lipid species and lipid networks, lipidomics reveals how biochemical regulation influences health, disease, and therapeutic response.
What is Lipidomics?
Lipidomics is the comprehensive study of lipid molecules and lipid-related pathways across cells, tissues, organisms, and biological systems.
Modern lipidomics uses mass spectrometry, computational lipid annotation, pathway analysis, and systems biology to understand membrane biology, metabolic regulation, inflammation, disease mechanisms, and therapeutic response.
Applications in Research & Medicine
Lipid Profiling
Measuring lipid species across cells, tissues, biofluids, and biological systems.
Membrane Biology
Understanding how lipid composition shapes cellular structure, signaling, and function.
Metabolic Regulation
Mapping lipid pathways involved in energy balance, metabolism, and cellular adaptation.
Inflammation & Signaling
Studying lipid mediators that regulate immune responses, inflammation, and signaling networks.
Lipidomics and Omics Sciences
Lipidomics connects metabolism, membrane biology, signaling, and disease mechanisms by measuring lipid species that influence cellular behavior and physiological function.
At PanorOmics, lipidomics is a critical omics layer for understanding biochemical regulation, cellular communication, metabolic health, inflammation, and translational biotechnology.
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