QUANTITATIVE ANALYSIS OF INTERRADICULAR BONE REGENERATION AFTER USE OF MODIFIED PERFORATED COLLAGEN MEMBRANE VERSUS OCCLUSIVE MEMBRANE IN THE MANAGEMENT OF GRADE II FURCATION DEFECTS IN DOGS

The use of the Biocollagen membrane to protect the graft in an in vivo study

This study aims to find out the changes in the percentage of the bone surface area in the regenerating interradicular bone which take place in association with using occlusive or modified perforated collagen membranes in management of grade II furcation defects in dogs.  A total number of four adult clinically healthy mongrel dogs were included in the current study. Sixteen grade II critical-sized furcation defects were surgically created in lower premolars. In all four dogs, defects on the right quadrants were managed by ß-Tricalcium phosphate (ß-TCP) bone graft and occlusive collagen membrane and defects on the left quadrants were managed by ß-TCP bone graft and modified perforated collagen membrane. Our data revealed that modified perforated membrane had a positive role in the regenerating of interradicular bone.

PRODUCTS USED: Biocollagen membrane

International Journal of Science and Research