STEM CELLS REGENERATION AND TISSUE ENGINEERING.
Author(s): Meghna Jagdish Paryani*, Anuja Ikhar and Priyanka Rajesh Bhojwani
Abstract
The objective of the article is to look at the clinical importance of regenerative cells in renewal by going over the following points over the latest research on regenerative cell regeneration potential. New therapy options for tooth and periodontal healing have evolved as a result of regenerative cell based tissue engineering. Regenerative cells of the periodontal ligament, regenerative cells of the dental pulp and apical papilla regenerative cells are the main regenerative cell populations used in periodontal regeneration, which include bone marrow derived mesenchymal regenerative cells and the main dental derived mesenchymal regenerative cell populations. Dentistry is very interested in tissue engineering and biology of the regenerative cells because they may provide a fresh approach to the manufacture of therapeutic materials and tissue regeneration. These regenerative cells, that can be identified and produced in controlled tissue culture environments, could be employed in tissue engineering applications such as dental tissues and bone repair. Because of their potential to self-renew and specialise into specific tissues, dental stem cells have emerged as a viable option for regenerating teeth and periodontal tissue. As a result, dental stem cell based regeneration medicine's potential to repair damaged tooth tissue or grow new teeth has been highlighted. In a variety of clinical trials, oral stem cells have been shown to effectively assist the creation of dental specialised structures and disease repair.