Related Experiment Videos
[Preformed crowns in pedodontics. A classic and valid option]
M Catala Pizarro1, I Ferrer Tuset, F Estrela Sanchís
1Universidad de Valencia.
Avances En Odontoestomatologia
|April 1, 1990
Summary
Stainless steel crowns remain the superior choice for restoring decayed primary molars with proximal surface involvement. For extensive occlusal decay without proximal issues, composite restorations are a viable alternative, even with pulp therapy.
Area of Science:
- Pediatric Dentistry
- Restorative Dentistry
Context:
- Deciduous molars with extensive decay present a restorative challenge.
- Gingival tissue response and long-term clinical outcomes are critical considerations.
Purpose:
- To evaluate the efficacy of stainless steel crowns in restoring primary molars.
- To compare stainless steel crowns with composite restorations for specific decay patterns.
Summary:
- Stainless steel crowns are the optimal restoration for primary molars with decay involving proximal surfaces.
- Composite restorations are suitable for extensive occlusal decay without proximal involvement, even after pulp therapy.
- The standard technique for stainless steel crowns yields excellent gingival tissue response and long-term clinical results.
Impact:
- Stainless steel crowns provide a reliable and durable solution for extensive primary molar decay.
- Extraction is considered when stainless steel crowns are not feasible, with measures to ensure normal occlusal development.
- The choice between preformed and non-preformed crowns depends on clinician skill and tooth condition.