Stemade first private bank in India, is proud to be dental stem cells. The unique concept of stem cell banks in India are brought Stemade dentistry. Advances in the forefront of stem cell research in children and the wisdom teeth possible valuable stem cells, the building blocks of every human body, deciduous teeth (milk teeth) is designed to remove.can help, for there to protect critical health problems is likely to increase in the future. Stem cell therapy 1 diabetes, wound healing, Parkinson's, spinal cord injury, MI, MS, and the technique for osteoarthritis of the few.By pioneers a new area of ​​Regenerative Medicine, Stemade to the future will be able to produce a generation of self-help to look forward. Therapeutic stem cell bank is the first of many companies in the health center Stemade advance.

Human dental pulp stem cells (hDPSCs) very important for use in the treatment of oral tissue regeneration defect dentin - pulp [1, 2] and has become complex. Recent advances in stem cell biology has shown that dental pulp tissue [3, 4] stem cells, which may suggest therapy, complex dentin - the rise of pulp compared with conventional endodontics. [5] properties of the pulp tissue-derived adult stem cells maintain themselves and multipotency [6], including the updated DPSC. Studies have shown that the cells and tissues, adipocytes, neuronal precursor cells and [7-9] myotubes other than such as dentin, leading to a variety of hDPSCs.

Recent advances in the development of Biomaterials and tissue [10-12] have promoted the widespread use of stem cell engineering. Formed in the substrate of 3-D scaffolds, stem cells in the regeneration of biological functions, including physical stability and improved performance [13, 14] can maintain. Some bioactive scaffolds dentin - including the dental pulp complex have shown promise in the regeneration of tissues. Calcium content of the most popular (CAP) phosphate ceramics [15-17]. Which generally have shown that sufficient stem / progenitor cells in vivo and in vitro osteoblast differentiation of cells to generate bone formation are the form of granules of bioactive ceramics has been generally filling bone defects and injected as an attractive material for providing bio-signals [18-22]. However, few studies have been conducted investigating the effects of these substances, odontoblasts and dentin formation of the behavior of bone regeneration. [23]

Previously, the authors made in 3D porous scaffolds with cross-caps [24] using the method of polymers.Granules in combination with 3-D tissue engineering and bio-signals a promising approach for use with hDPSCs dentine ex vivo degenerative diseases of the oral cavity mimicking the implantation of these materials in outer space.

3D City hDPSCs and odontoblasts, which can also be used in dental tissue engineering, bioactive caps in their differentiation in vitro performance of granules identified in this document is a first step. DPSC cultured on scaffolds over human pulp tissue were separated, and the differentiation of odontoblasts effects of the genes and proteins in the granules were screened to identify the markers.