Dental

Regenerative Dentistry & Stem Cell

Regenerative dentistry is transforming oral healthcare by utilizing stem cells, tissue engineering, and biomaterials to restore damaged teeth, gums, and bone structures. Stem cell therapy holds the potential to regrow dentin, pulp tissue, and even entire teeth, reducing the need for artificial implants and invasive procedures. Dental stem cells, derived from pulp tissue, periodontal ligaments, and bone marrow, are being explored for their role in regenerating dental pulp, periodontal structures, and jawbone defects. These advancements are particularly beneficial in treating periodontal disease, repairing root canal-treated teeth, and enhancing dental implant success rates. Emerging techniques, such as scaffold-based tissue engineering and gene therapy, further enhance the potential of regenerative dentistry, leading to more natural and long-lasting solutions for tooth loss and oral tissue damage. As research progresses, regenerative dentistry is paving the way for self-healing teeth and bioengineered solutions, revolutionizing dental care and offering minimally invasive and highly effective treatments for patients worldwide.