In which type of teeth is direct pulp capping (DPC) more effective?

In which type of teeth is direct pulp capping (DPC) more effective?

• A. Young teeth
• B. Old teeth
• C. Deciduous teeth
• D. Teeth with extensive decay

Answer: (A)

Direct pulp capping (DPC) is a dental procedure often used in cases where the pulp, the innermost part of the tooth containing nerves and blood vessels, is exposed or at risk due to decay or trauma. The effectiveness of DPC is primarily linked to the physiological age of the teeth involved. In young teeth, pulps are typically healthier and more resilient because they contain a higher cellular density and blood supply, which supports healing and regeneration. Young teeth also have greater potential for dentinogenesis, the formation of dentin, which can help in sealing the pulp and protecting it from further damage. The pulp in these teeth is also less likely to be inflamed or necrotic, making them more receptive to the healing processes stimulated by the materials used in direct pulp capping. While deciduous teeth can sometimes benefit from direct pulp capping, they are more prone to complications due to their transient nature and the ongoing physiological changes they undergo as they are replaced by permanent teeth. Older teeth may exhibit signs of wear, calcification, or chronic inflammation, which can reduce the success rates of DPC. Similarly, teeth with extensive decay often display compromised pulpal health, decreasing the likelihood of successful healing through direct pulp capping. Thus

Direct pulp capping (DPC) is a dental procedure often used in cases where the pulp, the innermost part of the tooth containing nerves and blood vessels, is exposed or at risk due to decay or trauma. The effectiveness of DPC is primarily linked to the physiological age of the teeth involved.

In young teeth, pulps are typically healthier and more resilient because they contain a higher cellular density and blood supply, which supports healing and regeneration. Young teeth also have greater potential for dentinogenesis, the formation of dentin, which can help in sealing the pulp and protecting it from further damage. The pulp in these teeth is also less likely to be inflamed or necrotic, making them more receptive to the healing processes stimulated by the materials used in direct pulp capping.

While deciduous teeth can sometimes benefit from direct pulp capping, they are more prone to complications due to their transient nature and the ongoing physiological changes they undergo as they are replaced by permanent teeth. Older teeth may exhibit signs of wear, calcification, or chronic inflammation, which can reduce the success rates of DPC. Similarly, teeth with extensive decay often display compromised pulpal health, decreasing the likelihood of successful healing through direct pulp capping.

Thus