Use of non-vital pulp therapies in primary teeth

JA Coll, V Dhar, K Vargas, CY Chen… - Pediatric …, 2020 - ingentaconnect.com
JA Coll, V Dhar, K Vargas, CY Chen, YO Crystal, S AlShamali, AA Marghalani
Pediatric dentistry, 2020ingentaconnect.com
Purpose: To present an evidence-based guideline for non-vital pulp therapies due to deep
caries or trauma in primary teeth. Methods: The authors, working with the American
Academy of Pediatric Dentistry, conducted a systematic review/meta-analysis for studies on
non-vital primary teeth resulting from trauma or caries and used the GRADE approach to
assess level of certainty of evidence for clinical recommendations. Results: GRADE was
assessed from high to very low. Comparing teeth with/without root resorption, pulpectomy …
Purpose: To present an evidence-based guideline for non-vital pulp therapies due to deep caries or trauma in primary teeth. Methods: The authors, working with the American Academy of Pediatric Dentistry, conducted a systematic review/meta-analysis for studies on non-vital primary teeth resulting from trauma or caries and used the GRADE approach to assess level of certainty of evidence for clinical recommendations. Results: GRADE was assessed from high to very low. Comparing teeth with/without root resorption, pulpectomy success was better (PTM, MetapexTM) (P=0.55) after 18-months; however, ZO/iodoform/CH and ZOE success rates remained near 90 percent while iodoform was 71 percent or less. Network analysis ratings showed ZO/iodoform/CH and ZOE better than iodoform. Lesion sterilization tissue repair (LSTR) was better (P Conclusions: Pulpectomy 18-month success rates supported ZO/iodoform/CH and ZOE pulpectomy over iodoform. LSTR had limited indication for teeth with resorbed roots and requires close monitoring.
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