Abstract

Objective: The aim of this study was to compare the clinical and radiographic success rates of pulpotomy in primary molars using formocresol versus sodium hypochlorite.Methods: Twenty-three children aged 4-9 years with at least two primary molars requiring pulpotomy were randomly allocated into two groups. All teeth received stainless steel crown after conventional pulpotomy procedure with either NaOCl or formocresol. Clinical and radiographic signs/symptoms were recorded at six and 12 months. Outcomes were statistically analyzed using Fisher’s exact test and Chi-squaretest.Results: Clinical success rates at 6 and 12-month follow-up in both groups was 100%. At 6-month follow-up, radiographic success rate for NaOCl and formocresol groups was 100%. At 12-month recalls, in NaOCl group, 20 teeth (87%) and in formocresol group, 21 teeth (91.3%) had radiographic success. No significant difference was found in the radiographic success rates at 12 months (P=1.00). Internal root resorption was the most common radiographic pathologic finding in both groups.Conclusion:Clinical and radiographic success rates in NaOCl group was comparable with formocresol group, so NaOCL can be suggested as an alternative for primary teeth pulpotomies. However further clinical studies with long-term follow-ups are needed.

Highlights

  • Pulpotomy is a common therapeutic method for treatment of primary teeth in which teeth had deep carious lesions approaching the pulp and some cases had a history of pain

  • No significant difference was found in the radiographic success rates at 12 months (P=1.00)

  • Clinical and radiographic success rates in NaOCl group was comparable with formocresol group, so NaOCL can be suggested as an alternative for primary teeth pulpotomies

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Summary

Introduction

Pulpotomy is a common therapeutic method for treatment of primary teeth in which teeth had deep carious lesions approaching the pulp and some cases had a history of pain. It has strong biological properties that include antimicrobial activity and organic tissue dissolution capacity [7] It presents a wellrecognized in vitro antimicrobial activity in some cases this solution fails to achieve a bacteria-free root canal under clinical coditions [7,8,9] The antimicrobial effect of NaOCl solutions depends on their free available chlorine, which consists of hypochlorous acid and the hypochlorite ion [8, 9]

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