Laboratory analysis of Hyaluronic acid
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Your needs: controlling the quality of a hyaluronic acid-based wrinkle-filling gel
What is hyaluronic acid?
Naturally occurring, hyaluronic acid is an active ingredient used in the manufacture of wrinkle-filling gels. It is also used in certain cosmetic products for its mechanical properties related to skin elasticity, tone and firmness. As a manufacturer of hyaluronic acid-based products, you are looking to optimize your processes through regular product testing. To achieve this, FILAB laboratory supports you with your hyaluronic acid analysis needs.
Why analyze hyaluronic acid in the laboratory?
Laboratory analysis of hyaluronic acid can be useful for various reasons, such as:
- Determining the concentration of hyaluronic acid in a sample.
- Assessing the quality and purity of the hyaluronic acid used in cosmetic products and medical treatments.
- Understanding the physical and biochemical properties of hyaluronic acid and its interaction with other molecules, such as proteins and enzymes.
- Identifying structural variations or post-translational modifications of hyaluronic acid that may have functional implications.
In short, analyzing hyaluronic acid can help us better understand its role in the body, as well as optimize its use in the medical and cosmetic fields.
Our solutions: quickly providing reliable technical means to assess the quality of your hyaluronic acid-based products
How can FILAB help you?
FILAB, an independent laboratory, has been operating in the cosmetics and medical device sectors for 30 years, providing compliance testing and raw material quality control analysis.
What technical methods are used to analyze hyaluronic acid?
From design to manufacturing, and all the way to market launch, FILAB has a wide range of analytical tools(ICP-MS and ICP-AES,GC-MS,CI and LC…). Our analytical equipment enables us to study your hyaluronic acid-based products and provide the following services:
- Chemical analysis, hyaluronic acid assay, BDDE assay, lidocaine hydrochloride assay
- Stability study under specified conditions to assess the shelf life and storage conditions of the hyaluronic acid-based product
- Additive analysis
- Heavy metal analysis (under COFRAC ISO 17025 accreditation)
- Search for impurities and contamination
- Compatibility study(extractables and leachables, container/content)
- Analytical method development
By ensuring rapid handling of your requests, FILAB supports cosmetics and healthcare companies in solving complex issues. It also supports them in carrying out R&D projects (literature reviews, specifications, substitution studies, synthesis, etc.).
FAQ
Hyaluronic acid is also used in the medical industry. In particular, it is used as a filling agent for dermal filler treatments and for the treatment of certain eye and joint conditions.
Verify the quality and purity of the hyaluronic acid used in medical products.
Assess the concentration of hyaluronic acid in a medical product to ensure that it complies with the required specifications.
Understand the physical and chemical properties of hyaluronic acid, including its viscosity, stability and filling effect. All these properties help optimize its formulation in medical products.
Evaluate the effectiveness of different types of hyaluronic acid in formulation tests for treating specific conditions.
Thus, hyaluronic acid analysis can help a medical industry manufacturer ensure that its products comply with quality and safety standards, optimize their formulation for optimal results and assess their effectiveness in treating different conditions.
Hyaluronic acid is a very popular molecule in the cosmetics industry because of its moisturizing and anti-aging properties. A cosmetics manufacturer may analyze hyaluronic acid in order to...
Verify the quality and purity of the hyaluronic acid used in the formulation of a cosmetic product.
Determine the concentration of hyaluronic acid in a cosmetic product to ensure that it complies with the required specifications.
Evaluate the effectiveness of different types of hyaluronic acid, including hyaluronic acid in formulation tests.
Understand the physical and chemical properties of hyaluronic acid, such as its molecular weight or size distribution. This enables the cosmetics manufacturer to optimize its formulation in a cosmetic product.
In short, hyaluronic acid analysis can help a cosmetics manufacturer ensure that its products contain the desired active ingredient and optimize their formulation for optimal results.
