作者: Alicja Porenczuk
DOI: 10.1007/978-3-319-97634-1_1
关键词: Tissue engineering 、 Pulp treatment 、 Pulp (tooth) 、 Cariogenic bacteria 、 Regenerative endodontics 、 Odontoblast 、 Bioactive molecules 、 Cell biology 、 Tissue repair
摘要: The acidic activity of cariogenic bacteria may be the cause severe damage or even death primary odontoblasts. remaining pulpal cells migrate to damaged site and differentiate into odontoblast-like possessing ability tissue repair. restorative clinical procedures are gathered in minimally invasive dentistry strategies. remineralization process, enhanced by dental biomaterials, could a successful tool promoting pulp’s healing. bioactive molecules supporting matrices, synthesized through tissue-engineering techniques, promote proliferation differentiation cells. However, little is still known about their mechanisms action. In this chapter, characteristics particles’ terms pulp regenerative treatment brought closer. Furthermore, novelties materials science, including nano-bioactive glass nano-hydroxyapatite nano-composites, field endodontics introduced.