Cell therapy has emerged as a promising method of treating different medical disorders. Common approaches in cell therapy include mesenchymal stem cell therapy, T cell therapy, and islet transplantation. However, the efficacy of cell therapy has been limited due to low engraftment and loss of post-transplant viability and functionality. Recent studies have shown a remarkable progress in improving the outcomes of cell therapy by using various biomaterials as delivery vehicles for the cells. The homely micro-environment provided by the biomaterials not only enhance cell engraftment, viability, and function, but also secures the transplanted cells against host acute immune reactions.
The goal of this Research Topic is to provide an update on the novel biomaterials that have been used to deliver cells such as pancreatic islets, mesenchymal stem cells, and T cells. This collection will show the direction to which further investigations should be focused on in order to bring up those biomaterials from bench to bedside.
The current article collection welcomes all types of articles on biomaterials that have been used recently in different cell therapy approaches. We welcome any Original Research articles and Review papers dealing with the use of biomaterials for enhancing cell therapy outcomes. Topics which can be included, but are not limited to, are:
- Types of biomaterials used for cell delivery.
- Design and development of biomaterials for cell therapy.
- Modification of biomaterial scaffolds.
- Biomaterial-Cell interactions.
- Immune reaction to biomaterials.
- Feasible sites of biomaterial-cell composite administration.
- Considerations to bring biomaterials from bench to bedside.
Cell therapy has emerged as a promising method of treating different medical disorders. Common approaches in cell therapy include mesenchymal stem cell therapy, T cell therapy, and islet transplantation. However, the efficacy of cell therapy has been limited due to low engraftment and loss of post-transplant viability and functionality. Recent studies have shown a remarkable progress in improving the outcomes of cell therapy by using various biomaterials as delivery vehicles for the cells. The homely micro-environment provided by the biomaterials not only enhance cell engraftment, viability, and function, but also secures the transplanted cells against host acute immune reactions.
The goal of this Research Topic is to provide an update on the novel biomaterials that have been used to deliver cells such as pancreatic islets, mesenchymal stem cells, and T cells. This collection will show the direction to which further investigations should be focused on in order to bring up those biomaterials from bench to bedside.
The current article collection welcomes all types of articles on biomaterials that have been used recently in different cell therapy approaches. We welcome any Original Research articles and Review papers dealing with the use of biomaterials for enhancing cell therapy outcomes. Topics which can be included, but are not limited to, are:
- Types of biomaterials used for cell delivery.
- Design and development of biomaterials for cell therapy.
- Modification of biomaterial scaffolds.
- Biomaterial-Cell interactions.
- Immune reaction to biomaterials.
- Feasible sites of biomaterial-cell composite administration.
- Considerations to bring biomaterials from bench to bedside.