(J Dent[TA])
6,991 results
  • Contact and penetration patterns in digital jaw-motion workflows:a within-case comparison. [Journal Article]
    J Dent. 2026 Nov 01; :107146. [Online ahead of print]Prugberger J, Sashegyi P, … Mühl AJD
  • CONCLUSIONS: AI-JM showed a smaller combined contact/penetration footprint than the tested comparators under the study conditions. IOS-AV comparisons reflect differences in both initial alignment and movement simulation; AX and AI-JM shared identical AI-derived alignment. Findings concern geometric compatibility with recorded morphology, not independently validated patient-specific movement accuracy.
  • Adhesive Strategies for Erosion-Affected Dentin: A Systematic Review and Meta-Analysis of Bond Durability. [Review]
    J Dent. 2026 Oct 31; :107147. [Online ahead of print]González VCG, Ibacache RC, … Loguercio ADJD
  • CONCLUSIONS: Current evidence does not establish a consistently effective bond-preserving pretreatment for erosion-affected dentin. CHX did not demonstrate a detectable benefit at 12-18 months, whereas favorable long-term effects for DMSO, hydrophobic coatings, and selected collagen biomodifiers derive predominantly from single independent studies or one source cohort. Methodological heterogeneity and sparse replication preclude clinical recommendations.
  • Registration accuracy, time, and osteotomy outcomes across four strategies for task-autonomous robotic maxillofacial osteotomy. [Journal Article]
    J Dent. 2026 Oct 29; :107143. [Online ahead of print]Song S, Liu H, … Zhao YJD
  • CONCLUSIONS: Registration strategy significantly influenced TRE, registration time, and mandibular osteotomy accuracy outcomes. All four strategies achieved submillimetric TREs. Overall, surface-based registration (BS and DS) yielded TREs that were lower than or comparable to those of landmark-based registration (SL and DL) and showed favorable performance for selected mandibular osteotomy accuracy outcomes. However, no consistent difference in accuracy was identified between DS and BS.
  • SHED in Regenerative Medicine: Cell-Based Therapies and Cell-Free Strategies. [Review]
    J Dent. 2026 Oct 28; :107141. [Online ahead of print]Liu Y, Huang M, … Yiu CJD
  • CONCLUSIONS: Studies of SHED-based cell therapies support their regenerative potential and provide a biological foundation for developing cell-free strategies. Preclinical evidence indicates that SHED-derived products can support tissue repair through bioactive molecules and modulation of the host microenvironment. These emerging approaches may address some limitations of viable-cell transplantation, but standardized preparation, mechanistic validation, and further evaluation of safety and clinical efficacy are required for translation.
  • Digital implant transfer with coded healing abutments: A site-by-scanner accuracy study. [Journal Article]
    J Dent. 2026 Oct 26; :107137. [Online ahead of print]Papathanasiou I, Ruggiero G, … Sorrentino RJD
  • CONCLUSIONS: Within this in vitro model, coded healing-abutment transfer accuracy differed among the tested site-specific CHA configurations and showed significant IOS × experimental-condition interactions. Because anatomical location and CHA geometry were not independently varied, these effects cannot be attributed exclusively to implant site.
  • A novel polyurethane resin cement with dual caries-prevention mechanisms. [Journal Article]
    J Dent. 2026 Oct 25; 177:107112. [Online ahead of print]Zhu Y, Lin Q, … Zhu SJD
  • CONCLUSIONS: The novel PU resin cement with DMAHDM demonstrated optimal performance at 3% concentration, balancing mechanical properties, polymerization shrinkage, antibacterial efficacy, and biosafety. Further clinical studies are required to confirm its long-term efficacy in preventing secondary caries.