C. albicans β-(1,3)-Glucan Production Service
What Is C. albicans β-(1,3)-Glucan?
β-(1,3)-glucan is a linear glycan structure composed of glucose units connected by β-(1,3) bonds, which plays an important structural and functional role in the C. albicans cell wall and is responsible for providing cell wall strength and stability. Additionally, the immune system recognizes and responds to the presence of C. albicans β-(1,3)-glucan, which activates immune responses by interacting with specific receptors on host immune cells, such as the dectin-1 receptor, which recognizes and binds to β-(1,3)-glucan, triggering signaling pathways that lead to inflammatory responses and activation of immune cells. Therefore, C. albicans β-(1,3)-glucan is of great significance in the field of immunology and antifungal drug development and may be used as a vaccine candidate, immune adjuvant, or drug target.
C. albicans β-(1,3)-Glucan Production Services at CD BioGlyco
CD BioGlyco provides high-quality, and high-purity C. albicans β-(1,3)-glucan production services, which are achieved through the following steps. C. albicans β-(1,3)-glucan is an important material for antifungal vaccine development.
- Bacterial culture and fermentation
Cultivation and fermentation of C. albicans are carried out in the culture medium under appropriate temperature, pH, and nutritional conditions to produce large quantities of cells.
- Extraction and isolation of cell wall
The cell wall containing β-(1,3)-glucan is extracted from cultured C. albicans thallus by physical and chemical methods such as cell disruption and lysis.
- Purification of β-(1,3)-glucan
The β-(1,3)-glucan in the extracted cell walls is separated through a series of separation and purification steps (such as precipitation, filtration, centrifugation, chromatography, and concentration).
- Structural analysis and quality control
Structural analysis of purified β-(1,3)-glucan samples is performed to determine their chemical and physical properties. Moreover, quality control testing is performed to ensure sample purity, stability, and integrity.
- Batch production
In addition, CD BioGlyco provides manufacturing for bulk production of C. albicans β-(1,3)-glucan to meet the needs of clinical trials or commercial production. C. albicans β-(1,3)-glucan acts as an immune enhancer for vaccine development. We have established a highly efficient Glyco™ Vaccine Development Platform, and we combine purified β-(1,3)-glucan with target antigens, which enhance immunogenicity and trigger stronger immune responses, helping to improve the effectiveness and protection of vaccines.
Fig.1 C. albicans β-(1,3)-glucan production services. (CD BioGlyco)
Applications
- Antifungal drug development: C. albicans β-(1,3)-glucan is an important inducer of antifungal immune responses. Through the C. albicans β-(1,3)-glucan production service, high-purity, and high-quality samples are obtained for the evaluation of its antifungal potential.
- Immunotherapy research: C. albicans β-(1,3)-glucan serves as an immune enhancer or immunomodulator, which is applied to study immune cell activation and immune response mechanisms to explore its potential application in immunotherapy.
- Antifungal vaccine development: C. albicans β-(1,3)-glucan is applied as an antigen in the development of antifungal vaccines, which is used to evaluate vaccine immunogenicity, optimize vaccine formulations, and conduct research on vaccine efficacy.
Advantages
- High-purity products: CD BioGlyco provides high-purity C. albicans β-(1,3)-glucan products, ensuring that the products are suitable for a variety of research and application needs.
- Large-scale production capability: CD BioGlyco produces high-quality C. albicans β-(1,3)-glucan on a large scale to meet the requirements of clinical trials or commercial production.
- Custom services: CD BioGlyco provides custom C. albicans β-(1,3)-glucan production services based on client needs to meet specific specifications, purity, and magnitude requirements.
CD BioGlyco has a professional team with professional knowledge and experience in the field of C. albicans β-(1,3)-glucan production, who provide efficient and mature production services. Please feel free to contact us promptly if you are interested in our production services.
References
- Davis, S.E.; et al. Masking of β (1-3)-glucan in the cell wall of Candida albicans from detection by innate immune cells depends on phosphatidylserine. Infection and Immunity. 2014, 82(10): 4405-4413.
- Adamo, R.; et al. Synthesis of laminarin fragments and evaluation of a β-(1, 3) glucan hexasaccaride-CRM197 conjugate as vaccine candidate against Candida albicans. Journal of Carbohydrate Chemistry. 2011, 30(4-6): 249-280.
