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The complex micro-environment of the periodontal wound creates many challenges in the repair of periodontal osseous lesions. The field of tissue engineering has provided alternative methodologies to repair tissue defects combining transplantation biology with scaffolding device for delivery of cells, genes or proteins. Here we focus on the BONE MORPHOGENETIC PROTEIN (BMPs) protein factors that were discovered based on their ability to induce the formation of new bone. The basic cell biology of these factors, the result of experiments performed in animal models of bone repair and the clinical…mehr

Produktbeschreibung
The complex micro-environment of the periodontal wound creates many challenges in the repair of periodontal osseous lesions. The field of tissue engineering has provided alternative methodologies to repair tissue defects combining transplantation biology with scaffolding device for delivery of cells, genes or proteins. Here we focus on the BONE MORPHOGENETIC PROTEIN (BMPs) protein factors that were discovered based on their ability to induce the formation of new bone. The basic cell biology of these factors, the result of experiments performed in animal models of bone repair and the clinical testing indicate substantial promise for these proteins in a wide range of indications.
Autorenporträt
Dr Anitha Balaji. MDS, currently works as an associate professor at Sree Balaji Dental College & Hospital, Chennai. She has several national and international publication to her credit. She has been awarded fellowship from Indian Society of Dental Research for her novel work in the field of gingival hyperplasia.