You want to carry out a phospholipid analysis
Phospholipids
A phospholipid is a complex lipid molecule composed of two hydrophobic fatty acids (the ‘tails’), a phosphate group linked to a hydrophilic polar molecule (the ‘head’), all attached to a glycerol backbone. This unique structure gives it properties that are essential to cellular life.
The role of phospholipids in biopharmaceuticals
In biopharmaceuticals, phospholipids play several key roles. They are used as vectors for active ingredients, particularly in liposomes and nanoparticles. They also act as stabilising or emulsifying agents in injectable or oral formulations. They are also found as critical components of cell culture media, as well as carriers for targeted delivery, particularly in mRNA vaccines. In biopharma products, their quantity, purity and stability are essential parameters, which must be rigorously monitored to guarantee the quality and safety of the final product.
Why carry out a phospholipid analysis?
In the demanding world of biopharmaceuticals, understanding phospholipids is more than ever a strategic challenge. These essential components of cell membranes influence the bioavailability, stability and efficacy of your therapeutic molecules, whether small molecules, biomedicines or innovative therapies.
The FILAB laboratory can help you analyse phospholipids in your matrices
Why choose FILAB for phospholipid analysis?
For over 30 years, the FILAB laboratory has had the experience and specific analytical equipment to support companies in lipidomic analysis, through tailor-made assistance.
FILAB offers its customers cutting-edge expertise in phospholipid analysis to support every stage of their R&D projects, from discovery to clinical production. We provide the rigorous, interpretable analytical data you need to make critical decisions.
Why is phospholipid analysis crucial in biopharmaceuticals?
our analysis services for phospholipid formulations
Fatty acid analysis
Identification and quantification of phospholipid types and molecular structures
Analysis of chemical bonds and identification of functional groups in phospholipids
Observation of the structure and distribution of phospholipids 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 phospholipids after chromatographic separation
Study of the thermal properties of phospholipid formulations
Determining the crystalline structures of phospholipids