Objective Histological techniques have long been an integral part of dental research.
Especially the processing of complex tissues poses specific challenges, however, literature …

There is substantial practical interest in the mechanism by which the carbonated apatite of
bone mineral can be initiated specifically in a matrix. The current literature is replete with …

The field of dental materials has undergone a significant evolution in recent years. From
restorative and endodontic materials to bioactive agents used for bone reconstruction, the …

Embryonic stem (ES) cells represent a potentially useful cell source for tissue regeneration.
Previously, using factors known to enhance differentiation and mineralization of primary …

The response of the dental pulp to calcium hydroxide has been well described but the
process of pulpal repair leading to dentinal bridge formation appears complex and the …

In general, human tissues have a very limited potential to regenerate. However, recent
progress in stem cell research and in tissue engineering promises novel prospects for tissue …

Studies on primary osteocytes, which compose> 90–95% of bone cells, embedded
throughout the mineralized matrix, are a major challenge because of their difficult …

We have recently shown that differentiating bone cells are capable of elaborating, in vitro, a
calcified matrix at the interface with several non-biological substrata which is similar to …

Although there are abundant studies on metabolism and hormonal responsiveness of
isolated bone cells in culture, only a few reports have demonstrated calcified tissue …

La nueva tendencia en la ingeniería de tejidos es el empleo de las células madre aisladas
de tejidos adultos y hoy día existe un gran interés en el uso terapéutico de las células …