ObjectiveTo review the application status and research progress of alginate dressings. MethodsThe related home and abroad literature was reviewed, and the relevant product standards and regulations were summarized. ResultsAlginate dressings have been widely used in clinical because of the characteristics of anti-infection and promoting wound healing. It is mainly used on the wound surface and filled in the wound. Pure alginate dressing is limited in promoting wound healing. A large number of studies are devoted to promoting the activity with other polymer composite to get better dressing. In addition, the industry standards and regulation of alginate dressing products are also gradually improved and standardized. ConclusionAlginate dressing, as an advanced bio-dressing, whose effectiveness has been confirmed, its derivative dressings are also continuously expanding.
ObjectiveTo analyze the progress in biological tissue engineering scaffold materials and the clinical application, as well as product development status. MethodsBased on extensive investigation in the status of research and application of biological tissue engineering scaffold materials, a comprehensive analysis was made. Meanwhile, a detailed analysis of research and product development was presented. ResultsConsiderable progress has been achieved in research, products transformation, clinical application, and supervision of biological scaffold for tissue engineering. New directions, new technology, and new products are constantly emerging. With the continuous progress of science and technology and continuous improvement of life sciences theory, the new direction and new focus still need to be continuously adjusted in order to meet the clinical needs. ConclusionFrom the aspect of industrial transformation feasibility, acellular scaffolds and extracellular matrix are the most promising new growth of both research and product development in this field.
ObjectiveTo summarize the current research status of alginate derivatives based on biomedical materials, and analyze several key points as novel clinical products. MethodsThe general preparation and application methods of alginate derivatives based on biomedical materials at home and abroad were reviewed. The present status and problems were analyzed. ResultsThe derivation methods to prepare alginate derivatives include crosslink, sulfation, biological factors derivatization, hydrophobic modification, and graft copolymerization. With excellent bionic performance of structure and properties, many alginate derivatives are available for tissue engineering scaffolds, artificial organs, and drug delivery systems etc. However, more systematic applied basic research data should be collected and statistically analyzed for risk managements. ConclusionAlginate derivatives have good feasibility as novel medical products, meanwhile, systematic evaluation and verification should be executed for their safety, effectiveness, and suitability.
ObjectiveTo review the recent research progress of acellular fish skin as a tissue engineered scaffold, and to analyze the feasibility and risk management in clinical application. MethodsThe research and development, application status of acellular fish skin as a tissue engineered scaffold were comprehensively analyzed, and then several key points were put forward. ResultsAcellular fish skin has a huge potential in clinical practice as novel acellular extracellular matrix, but there have been no related research reports up to now in China. As an emerging point of translational medicine, investigation of acellular fish skin is mainly focused on artificial skin, surgical patch, and wound dressings. ConclusionDevelopment of acellular fish skin-based new products is concerned to be clinical feasible and necessary, but a lot of applied basic researches should be carried out.