You want to analyse lipid formulations using HPLC-CAD (corona detector)
Why control the quality of your lipid formulations?
The biopharmaceutical industry is one of the most demanding when it comes to regulations. Manufacturers of biopharmaceutical formulations face particularly strict quality standards.
The regulations surrounding the quality of biopharmaceutical formulations are not limited to the production phase; they extend to every stage of the product life cycle, including development, clinical trials and marketing. Quality control tests are defined by official pharmacopoeias such as the USP (United States Pharmacopeia) and the European Pharmacopoeia, ensuring that each formulation meets the highest international requirements.
Non-compliance of a biopharmaceutical formulation, whether due to the presence of impurities or unexpected interactions between the active ingredient and excipients, can lead to refusal of marketing authorisation, or even withdrawal of the product already on the market.
Why choose HPLC-Corona to analyze lipid formulations?
The CAD Corona is a detector that can be used for LC, HPLC and UPLC analysis. It generates a signal as a function of the molecules charged (by a gas after desolvation) and produces a graph of the signal intensity as a function of time. This detector is universal and its response is independent of the chemical structure of the targeted molecule, except that the latter must be non-volatile or semi-volatile.
Analysis by LC-Corona enables both detection and quantification of the molecules analysed.
It therefore works with a wide variety of molecules and offers great versatility in analytical chemistry. LC-Corona analysis can therefore be applied to a wide variety of sectors, including biopharmaceuticals and pharmaceuticals.
The FILAB laboratory can help you analyse lipid formulations using HPLC-CAD (corona detector)
The advantages of HPLC-CAD for the analysis of lipid formulations
- Universal detection: DAC can analyse lipids without chromophores, such as triglycerides or phospholipids, which is not possible with conventional UV detection.
- Accurate quantification: The linearity and sensitivity of DAC provide accurate quantification, essential for the analysis of complex formulations.
- High resolution: HPLC ensures efficient separation of the different lipid components, enabling precise characterisation of the formulation.
- Versatility: This technique is applicable in several industrial sectors (cosmetics, pharmaceuticals) where lipids play a crucial role in the stability and efficacy of formulations.
Why choose FILAB for your lipid formulation analyses?
For over 30 years, the FILAB laboratory has had the experience and specific analytical equipment to support companies in the analysis and assay of lipid formulations, through tailor-made assistance.
From analysis to R&D, the FILAB laboratory offers expertise in the analysis and assay of lipid formulations using HPLC-CAD (corona detector).
our analysis services for lipid formulations
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
Analyse des triglycérides, phospholipides et autres lipides complexes
Precise identification and quantitative analysis of lipids after chromatographic separation
Study of the thermal properties of lipid formulations
Determining the crystalline structures of lipids
OUR other TECHNICAL RESOURCES
