Antifungal activity, mechanical properties, and accuracy of three-dimensionally printed denture base with microencapsulated phytochemicals on varying post-polymerization time

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  • who: Ye-Hyeon Jo from the Department of Prosthodontics, School of Dentistry and Dental Research Institute, Seoul National University, Daehaku2011ro, Jongnou2011gu, Seoul, Republic of Korea have published the research: Antifungal activity, mechanical properties, and accuracy of three-dimensionally printed denture base with microencapsulated phytochemicals on varying post-polymerization time, in the Journal: (JOURNAL)
  • what: To improve the flexural strength, degree of conversion, hardness, and intaglio surface trueness while maintaining the antifungal effect of the 3DP denture base, this study focused on the effect of PPT, one of the most critical phases for 3D printing. In . . .

     

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