The Significance of Biomaterials in Stem Cell-Based Regenerative Medicine

Introduction: Stem cell-based therapeutic strategies have shown tremendous potential in attenuating tissue damage and facilitating tissue repair and regenerationRegeneration. The therapeutic benefits of stem cellsStem cell are largely dependent on the establishment of a supportive microenvironmentMicroenvironment that optimizes cell survival, differentiationDifferentiation, and functional integrationFunctional integration within host tissues. In this chapter, we will provide insight into the pivotal role of biomaterialsBiomaterials in augmenting the therapeutic potential of cellular regenerative medicineRegenerative medicine and offer guidance for future advancements in this field. Methods: This chapter was written with the aid of comprehensive literature reviews found on PubMed and Web of Science Using Materials, Tissue EngineeringTissue engineering, and Stem CellsStem cell, and websites dedicated to the topic of cell bioengineering. Results: Advances in biomaterialsBiomaterials and stem cellStem cell research continue to lead to amazing discoveries. Nonetheless, it is clear that this area of research holds great promise, especially in elucidating the ability of biomaterialsBiomaterials to enhance stem cellStem cell-intrinsic characteristics and modulate their immune microenvironmentMicroenvironment. Conclusions: Due to remarkable advancements in various disciplines, such as chemistry, materials science, and aerospace engineering, the amalgamation and advancement of biomaterialsBiomaterials has gradually permeated the realm of stem cellStem cell therapy. These biomaterialsBiomaterials offer dynamic and customized platforms to optimize cell-based regenerative strategies.