Dental pulp stem cells and replacement therapy involve the use of multipotent stem cells derived from the soft connective tissue inside teeth to regenerate damaged dental structures or support tooth replacement strategies. These stem cells possess the capacity to differentiate into various cell types, including odon…
Dental pulp stem cells and replacement therapy involve the use of multipotent stem cells derived from the soft connective tissue inside teeth to regenerate damaged dental structures or support tooth replacement strategies. These stem cells possess the capacity to differentiate into various cell types, including odontoblasts, and hold promise for regenerative approaches in dentistry. Research published in Dentistry And Oral Implants has examined clinical applications related to tooth replacement, including a documented case of bilateral mandibular auto-transplantation for missing first molars. This procedure represents a biological tooth replacement approach that relies on the transplanted tooth's vitality and the regenerative capacity of its pulp tissue to establish function in a new site. The topic matters because traditional tooth replacement methods such as implants and bridges do not replicate the biological properties of natural teeth, whereas stem cell-based and transplantation approaches may preserve or restore the natural periodontal ligament, pulp vitality, and adaptive responses to occlusal forces. Understanding the clinical outcomes of procedures that depend on dental pulp viability contributes to the broader exploration of regenerative strategies in oral rehabilitation.
1 peer-reviewed article, ranked by relevance. Each links to its DOI.