Dental Traumatology · 1998 · 54 citations · 11 references
DentistryDental Materials ScienceDental MaterialsMechanical Properties Of Dental MaterialsProsthodontic MaterialsAdhesive DentistryDental AdhesivesDentin BondingFracture ResistanceTooth FracturesAdhesive Bonding SystemsAdhesive Bonding To DentinAdhesive Failure AnalysisBond Strength To Tooth StructureDentin Bonding AgentsDentin Fracture ResistanceExperimental Studies
This in vitro study investigated the fracture strengths of fractured incisors after reattachment to the remaining tooth structure, using either Gluma dentin-bonding agent together with 1 of 13 different experimental resins or 1 of the following dentin-bonding agents: Gluma+ (experimental modification of Gluma), Panavia21, ScotchBond1 (SingleBond), All-Bond2, Dentastic, SuperBond, Prime&Bond 2.1. No significant differences were found in the experiments with various experimental resins. The fracture strength of teeth rebonded with Gluma, All-Bond2, Dentastic, SuperBond or Prime&Bond 2.1 showed mean fracture strengths in the range of 8.7-11.2 MPa, which were significantly different in all cases from that of intact teeth (16.3 MPa). Teeth bonded with Gluma+, Panavia21 or ScotchBond1 (SingleBond) showed mean fracture strengths of 15.5, 14.6, and 14.2 MPa, respectively. These fracture strengths were not significantly different from that of intact teeth.
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Statistical Methods in Medical Research
Peter A. Lachenbruch, P. Armitage · Technometrics · 1972 · 1.6K citations
Standardizing laboratory adhesion tests.
Retief Dh · PubMed · 1991 · 121 citations
Dentistry, Dental Materials Science, Restorative Dentistry +14