Title of article :
Histological evaluation of pulp tissue from second primary molars correlated with clinical and radiographic caries findings
Author/Authors :
Kannan Gopinath, Vellore graduate , Anwar, Khurshid University of Sharjah - Sharjah, United Arab Emirates
Abstract :
Background: Managing dental caries in young children is demanding due to the elusions present
on the right diagnostic criteria for treatment. The present study evaluated the histological status
of pulp tissues extracted from primary second molar with caries involvement. Histological findings
are correlated with clinical and radiographic assessment.
Materials and Methods: Simple experimental study was conducted on upper or lower second
primary molars with occlusal (22 teeth) or proximal (22 teeth) dental caries. Selected children
were below 6 years of age. Percentage of caries involvement, residual dentin thickness (RDT),
radiographic assessment of interradicular and periapical areas, clinical caries depth and signs and
symptoms are the parameters considered for comparing with the histological findings. The specimens
were grouped based on the nature of the inflammatory process as acute or chronic. The data were
analyzed by Student t-test to compare histological types of inflammation with clinical parameters.
P value < 0.05 was considered as significant.
Results: Four cases revealed severe acute inflammation in coronal and relatively mild acute
inflammation in radicular pulp. In the rest of the specimen coronal and radicular pulp had similar
acute or chronic inflammatory changes. Histological evidence of pulpitis correlated with dental
caries depth of ≥80%, RDT of ≤1 mm, radiographic rarefactions in the interradicular regions and
symptoms of pain.
Conclusion: Primary second molars with more than two-third caries involvement with symptoms
of pain histologically showed inflammation of both coronal and radicular pulp tissues in all cases.
Keywords :
Caries , deciduous , dental pulp , immunohistochemistry , inflammation
Journal title :
Astroparticle Physics