CD Formulation specializes in developing innovative natural polysaccharide solutions, dedicated to advancing the forefront of nucleic acid drug delivery technology. We leverage advanced polysaccharide modification techniques to develop efficient and safe delivery vectors aimed at improving the stability and delivery precision of nucleic acid drugs.
Natural polysaccharides serve as ideal carriers for nucleic acid drug delivery. They not only effectively protect easily degradable nucleic acid drugs but also significantly enhance delivery efficiency. By forming stable polysaccharide-nucleic acid complexes, our solutions improve intracellular delivery and controlled release of drugs. Through chemical modifications, we further improve the targeting capabilities and bioactivity of polysaccharide carriers, addressing the precise delivery needs of various therapeutic uses. In this context, natural polysaccharides are advancing the application of nucleic acid drugs and accelerating the progress of gene therapy and the development of nucleic acid vaccines.
Fig.1 Introduction of natural polysaccharides. (CD Formulation)
Items | Descriptions |
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Fungal Polysaccharide Development Services | Fungal polysaccharide development involves the screening of fungi resources, maturation of separation techniques, and comprehensive use development in biomedicine. |
Plant Polysaccharide Development Services | Plant polysaccharide development covers the extraction and modification of plant polysaccharides, integrating with modern nanotechnology. This service often includes an in-depth study of polysaccharide functional characteristics to better utilize their advantages in optimizing drug delivery carriers. |
Animal Polysaccharide Development Services | Animal polysaccharide development focuses on extracting functional polysaccharides from animal tissues and further processing them to enhance their abilities as targeted carriers. |
Bacterial Polysaccharide Development Services | Developing bacterial polysaccharides involves refining and functionalizing them to boost their nanotechnology applications, while examining their structure-function relationships to better their use in vaccines and drugs. |
Algal Polysaccharide Development Services | Algal polysaccharide development emphasizes optimizing extraction processes and innovative applications of algal polysaccharides in nano-carriers. The service further covers the development of modification techniques to improve drug loading capacity, achieving sustained and targeted delivery. |
In natural polysaccharide development services, we offer comprehensive solutions covering every phase from drug design to production.
Initially, we conduct an in-depth analysis of the chemical properties of the drug and polysaccharides to select suitable polysaccharide types as carriers. Using optimized ratios and conditions, we ensure the drugs are uniformly distributed and integrated within the polysaccharide network, ensuring effective drug loading.
We use techniques such as HPLC or UV to determine the actual drug content, compared to the initial input, to calculate encapsulation efficiency. This step helps in optimizing the preparation process to improve encapsulation efficiency.
Production is closely monitored to ensure polysaccharide purity, consistent drug loading, and precise particle size, using techniques such as DLS and SEM for thorough characterization.
We design scalable production processes to ensure the transition from laboratory results to commercial scale. This includes the control of reaction conditions and the application of continuous flow technology to improve yield and consistency.
Fig.2 Flow chart of natural polysaccharide development. (CD Formulation)
Harvest natural polysaccharides from sources like plants or microbes and cleanse them to get rid of unwanted impurities.
Alter polysaccharides chemically to boost their stability, solubility, and interactions with nucleic acids, enhancing delivery effectiveness.
Link the modified polysaccharides with nucleic acids (like DNA, RNA) to create stable complexes, protecting nucleic acids from degradation prior to delivery.
Utilize techniques like NMR, FTIR, etc., for detailed characterization of the formed complexes and conduct bioactivity tests to evaluate their delivery efficiency and safety.
Test the polysaccharide-nucleic acid complexes in animal models to assess their distribution, effectiveness, and biocompatibility within biological systems and optimize based on results.
Platforms | Descriptions |
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NMR Platform | This platform is used to determine the molecular structure and bonding methods of polysaccharides, providing information about hydrogen and carbon backbones through NMR spectrum analysis. |
FTIR Platform | This platform is used to identify functional groups within polysaccharides, confirming the presence of specific bonds and functional groups. |
HPLC Platform | This platform is used to separate and analyze components of polysaccharides, accurately determining molecular weight and distribution. |
MS Platform | This platform is used for accurately defining molecular weight and structural information of polysaccharides, suitable for complex polysaccharide syntheses. |
SEM Platform | This platform is used for observing the surface morphology and microstructure of polysaccharide materials to understand their physical properties. |
Technology: Development of natural polysaccharides for drug carriers
Journal: Polymers
IF: 4.7
Published: 2022
Results:
Natural polysaccharides are prime choices for innovative drug delivery methods due to attributes like compatibility with biological systems, ease of breakdown, minimal immune response, renewable sourcing, and ease of alteration. These polymers are extensively utilized in crafting nanocarriers, serving diverse roles in treatment, diagnostic processes, and safeguarding bioactive substances or drugs. Significant research efforts have concentrated on the advancement of polysaccharide nanoparticles, aiming to expand their applicability across numerous domains, particularly within the biomedical sector.
Fig.3 Polysaccharide-based nanocarriers. (Qiu A, et al., 2022)
CD Formulation leads in natural polysaccharide development for nucleic acid drug delivery, offering innovative solutions. Our tailored services, expert team, and strict quality control guide clients from R&D to production, aligning scientific and commercial goals. Feel free to contact us, and our team looks forward to providing you with professional support.
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