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A new research, which was published in the journal Scientific Reports on 9 January, shows that teeth can be repaired using their own stem cells, putting an end to conventional fillings . Although dental research is still in the testing stage, the drug "Tideglusib" appears to stimulate teeth in such a way that the body itself repairs the damage. Teeth have limited potential for healing through their stem cells, but the use of the drug seems to increase them, explains King's principal investigator and professor of craniofacial biology’ College in London, Paul Sharpe. This development, pointed out Sharpe, marks the beginning of a new era in regenerative dentistry, where new treatments are based on the biology and physiology of teeth. Dr. also agrees with this. Ronald Burakoff, της οδοντιατρικής του North Shore University Hospital και Long Island Jewish Medical Center, εξαίροντας την προσέγγιση του Sharpe και συμπληρώνοντας ότι οι μέθοδοι αποτελούν κομμάτι του νέου πεδίου της αναγεννητικής ενδοδοντικής . As Burakoff explains, stem cells can act as specialized cells . The soft inside of the tooth contains blood vessels and nerves, which are vulnerable. Until now, the wheel, denervation and extractions were the main methods to treat tooth damage , but Sharpe's new approach, continues Burakoff, can change all that.
A new research, which was published in the journal Scientific Reports on 9 January, shows that teeth can be repaired using their own stem cells, putting an end to conventional fillings . Although dental research is still in the testing stage, the drug "Tideglusib" appears to stimulate teeth in such a way that the body itself repairs the damage. Teeth have limited potential for healing through their stem cells, but the use of the drug seems to increase them, explains King's principal investigator and professor of craniofacial biology’ College in London, Paul Sharpe. This development, pointed out Sharpe, marks the beginning of a new era in regenerative dentistry, where new treatments are based on the biology and physiology of teeth. Dr. also agrees with this. Ronald Burakoff, της οδοντιατρικής του North Shore University Hospital και Long Island Jewish Medical Center, εξαίροντας την προσέγγιση του Sharpe και συμπληρώνοντας ότι οι μέθοδοι αποτελούν κομμάτι του νέου πεδίου της αναγεννητικής ενδοδοντικής . As Burakoff explains, stem cells can act as specialized cells . The soft inside of the tooth contains blood vessels and nerves, which are vulnerable. Until now, the wheel, denervation and extractions were the main methods to treat tooth damage , but Sharpe's new approach, continues Burakoff, can change all that.