41 • Post natal mesenchymal cells possibility to regenerate and repair dental structures

Aim: To present with clinical evidence the repair capacity and of forming new mineralized tissue in teeth with incompletely developed apex and pulp necrotic diagnosis.It has been shown that adult pulp cells and periodontal ligament are similar as regards its morphology and cell surface expression la...

Descripción completa

Guardado en:
Detalles Bibliográficos
Autor principal: Siragusa, Martha
Formato: Artículo revista
Lenguaje:Español
Inglés
Publicado: Secretaría Académica | UNR 2014
Materias:
Acceso en línea:http://www.e-universitas.edu.ar/index.php/journal/article/view/104
Aporte de:
Descripción
Sumario:Aim: To present with clinical evidence the repair capacity and of forming new mineralized tissue in teeth with incompletely developed apex and pulp necrotic diagnosis.It has been shown that adult pulp cells and periodontal ligament are similar as regards its morphology and cell surface expression labeled by cells markers, bone, adipose tissue and skeletal muscle and connective tissue stroma. The possibility of pulp revascularization through the stimulation of a new apical clot has been taking into consideration. Male patient of 11 years old for evaluation and treatment of both right and left upper lateral incisors, diagnosed with   pulpal necrosis and immature root. Female patient of  7 year old with necrotic pulp in her right upper lateral incisor. With the signed consent of both patients, the cleaning, disinfecting and stimulation of a new apical blood clot were performed. Preoperative and final recall radiographs were converted to 32-bit TIFF files by using UTHSCSA Image Tool, and with analysis the distance were measuring in root length and dentinal wall thickness.Clinical-radiographic controls at 24 months showed excellent clinical and radiographic response, with continued root development. The clinical evidence presented in this study offers new possibilities for more effective therapies for the treatment of immature roots as regenerative processes. More experience should  be followed.