The effect of detox solution on color stability, roughness, and microhardness of monochromatic universal composite resins

• Published in: BMC oral health 2024-07, Vol.24 (1), p.789-9, Article 789
• Main Authors: Nezir, Merve, Ahisha, Cansu Dağdelen, Özcan, Suat, Üçtaşli, Mine Betül
• Format: Article
• Language: English
• Subjects: Beverages; Carbon; Chemical bonds; Chemical properties; Color; Composite materials; Composite Resins - chemistry; Curing; Dental acrylic resins; Dental Materials - chemistry; Dental resins; Dentistry; Detox solution; Discoloration; Hardness; Light; Materials research; Materials Testing; Mechanical properties; Microhardness; Optical properties; Polymerization; Resins; Solution (Chemistry); Statistical analysis; Surface Properties; Surface roughness; Universal composite resin
• ISSN: 1472-6831; 1472-6831
• DOI: 10.1186/s12903-024-04587-x

Currently, the advantages of monochromatic universal composite resin restorative materials have increased their use in dentistry. Accordingly, the optical, surface and mechanical properties of these materials have become more important. This study aimed to evaluate the effect of detox solution on discoloration, surface roughness (SR), and microhardness of different monochromatic universal composite resins (Omnichroma [O], Zenchroma [Z], Vittra [V], and Charisma Diamond One [CDO]). Another aim of this study was to evaluate the monomer conversion degree (DC) of the materials. A total of 80 specimens were prepared to evaluate the materials (n = 10). After the initial measurements, the specimens were immersed in a red detox solution for 21 days. Statistical data analysis was performed using one-way ANOVA and Tukey's multiple comparisons. The ∆E values of Z were highest on the 21st day. There was an increase in the SR values of the materials immersed in the detox solution. On the 21st day, top surface microhardness of O was lower than the other materials. There was no statistically significant difference at DC values among material groups. The use of detox solutions for a commercially recommended period of 21 days is suggested. However, this usage period can cause discoloration in restorative materials. Furthermore, especially in the initial one-week period, detox solution may have a negative impact on the microhardness of the materials. In light of all these data, we recommend the cautious use of detox solutions to prevent adverse effects on restorative materials.