J Korean Acad Periodontol.  2000 Sep;30(3):539-552. 10.5051/jkape.2000.30.3.539.

The Effects of Enamel Matrix Derivative and Calcium Sulfate Paste on the Healing of 1-Wall Intrabony Defects in Beagle Dogs

• Choi SH
• Kim CS
• Suh JJ
• Kim JH
• Kim HY
• Cho KS
• Kim CK

• KMID: 1999904
• DOI: http://doi.org/10.5051/jkape.2000.30.3.539

Abstract

Recently, it was reported that enamel matrix derivative may be beneficial in periodontal regeneration procedures in expectation of promoting new bone and cementum formation. The aim of present study was to evaluate the effect of enamel matrix derivative(Emdogain?)and Caso4 sulfate paste in 1-wall intrabony defects in beagle dogs. Surgically created 1-wall intrabony defects were randomly assigned to receive root debridement alone or Emdogain(R) or Emdogain(R) and Caso4. Clinical defect size was 4 X 4mm. The control group was treated with root debridement alone,and Experimental group I was treated with enamel matrix derivative application, and Experimental group II was treated with enamel matrix derivative and Caso4 sulfate paste application,. The healing processes were histologically and histometrically observed after 8 weeks and the results were as follows : 1. The length of junctional epithelium was 0.41+/-0.01mm in the control group, 0.42+/-0.08mm in the experimental group I and 0.50+/-0.13mm in the experimental group II. 2. The connective tissue adhesion was 0.28+/-0.02 mm in the control group, 0.13+/-0.08mm in the experimental group I and 0.19+/-0.02 mm in the experimental group II. 3. The new cementum formation was 3.80+/-0.06 mm in the control group, 4.12+/-0.43mm in the experimental group I and 4.34+/-0.71mm in the experimental group II. 4. The new bone formation was 1.43+/-0.03mm in the control group, 1.53+/-0.47 mm in the experimental group I and 2.25+/-1.35mm in the experimental group II. Although there was limitation to present study, the use of enamel matrix derivative in the treatment of periodontal 1-wall intrabony defect enhanced new cementum and bone formation. Caso4 sulfate paste will be the candidate for carriers to deliver enamel matrix derivative, and so enhance the regenerative potency of enamel matrix derivative.

Keyword

periodontal tissue regeneration; enamel matrix derivative; 1-wall intrabony defect; Caso4 sulfate patse

MeSH Terms

Animals
Calcium Sulfate*
Calcium*
Connective Tissue
Debridement
Dental Cementum
Dental Enamel*
Dogs*
Epithelial Attachment
Osteogenesis
Regeneration
Calcium
Calcium Sulfate