Industrial companies, are you looking to carry out a lipidomic analysis?
Lipids include a range of fatty substances, from oils to solid fats, including complex compounds such as phospholipids, sterols (cholesterol), or fatty acids.
What is a lipidomic analysis?
Lipidomic analysis first and foremost makes it possible to identify and quantify all the lipids present in a sample, in order to establish a complete lipid profile.
It also aims to study the biological function of lipids, their evolution over time, or their distribution within a given system (cell, tissue, formulation…).
Finally, this analysis makes it possible to understand the impact of certain treatments, formulations or pathologies on the lipid composition.
Why carry out a lipidomic analysis?
Lipidomic analysis provides a complete and accurate view of the lipid profile of a sample, whether it is biological tissue, a formulation, or a finished product.
In particular, it helps to better understand the role of lipids in a given system, whether they are involved in biological mechanisms, formulation–active ingredient interactions, or degradation phenomena.
This analysis is also valuable for assessing the impact of a treatment, a process variation, or an environmental factor on a product’s stability or effectiveness.
Finally, it is a genuine decision-making tool in R&D or quality control.
The FILAB laboratory supports you in the lipidomic analysis of your matrices
Why choose FILAB for your lipidomic analysis?
For more than 30 years, the FILAB laboratory has had the experience and the analytical equipment needed to support companies in lipidomic analysis, through tailor-made support.
From analysis to R&D, the FILAB laboratory offers expertise in the lipidomic analysis of your matrices.
our lipidomic analysis services
Fatty acid analysis
Identification and quantification of lipid types and molecular structures
Analysis of chemical bonds and identification of functional groups in lipids
Observation of the structure and distribution of lipids in formulations
Study of sample weight loss as a function of temperature
Analysis of triglycerides, phospholipids, and other complex lipids
Precise identification and quantitative analysis of lipids after separation by chromatography
Study of the thermal properties of lipids
Determination of the crystalline structures of lipids
LC-Orbitrap (LC-Orbitrap Exploris™ 240 and LC-Orbitrap Exploris™ 120)
Our services for the biopharmaceutical industry
Biopharmaceutical Product Analysis according to ICH Q6B
FAQ
Yes. We support projects in the preclinical, clinical, or industrial phase, developing customized and scalable methods that comply with regulatory requirements (ICH Q2, USP, EP…).
We analyze active ingredients, excipients, formulations, finished products, culture media, as well as process samples. All in small or large batches.
No. There are naturally sourced phospholipids (often extracted from soybeans or egg yolk) and synthetic phospholipids, used for their purity, reproducibility, and compatibility with certain biopharmaceutical formulations.
Yes. Some methods can monitor the oxidation of fatty acid chains or detect degradation products (e.g., lysophospholipids). This is crucial for assessing the stability of the formulation or during accelerated aging studies.
Absolutely. We support you in the development, optimization, and validation of methods specific to your products or matrices, in accordance with your internal or regulatory requirements.
