Exploring New Advancements In Dental Stem Cells And Tissue Regeneration

Abstract

Promising paths for tissue regeneration and repair are presented by the use of stem cells in dentistry. Because of their special qualities, which include the capacity for self-renewal and multipotent differentiation, stem cells derived from the dental pulp, periodontal ligament, dental follicle, and root apical papilla are priceless resources in the field of regenerative dentistry. Preclinical and clinical research in this area has mostly concentrated on periodontal tissue engineering and dentin-pulp complex regeneration, with encouraging outcomes. The viability and effectiveness of stem cell-based strategies have increased thanks to cutting-edge methods like cell sheet engineering. Nevertheless, there are still difficulties in converting lab results into clinical settings, including technological barriers, moral dilemmas, and legal constraints. Notwithstanding these difficulties, continued interdisciplinary cooperation and creativity show promise for overcoming barriers and developing stem cell-based treatments in dentistry, which will ultimately enhance patient outcomes and transform dental care.