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Purpose <p>To investigate the influence of mechanical and chemical denture cleaners on the physical and adhesive properties of soft relining materials and suggest prospects for future studies.</p> Methods <p>The present review followed the PICO (Population, Intervention, Control, Outcomes) format. The literature search for this review was conducted primarily using Web of Science and PubMed. However, because this search strategy did not capture some relevant articles, critical studies considered pertinent to the topic were additionally identified through manual screening of reference lists and related articles.</p> Result <p>The electronic search yielded a total of 22 studies (11 on PubMed and 11 on Web of Science). Duplicate references were removed, and those selected were in accordance with the inclusion criteria, as determined by reviewing the title and abstract for the influence of soft relining materials when using mechanical and chemical denture cleaners. Ultimately, 14 articles from PubMed and Web of Science as well as 9 articles from the manual search were included in the analysis.</p> Conclusion <p>Mechanical cleaning has been indicated as potentially applicable to auto-polymerized acrylic and heat-polymerized silicone types. Chemical cleaning with sodium perborate has been indicated as potentially applicable to auto- and heat-polymerized acrylics and silicones.</p>

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Influence of mechanical and chemical denture cleaners on soft relining materials: a literature review

  • 期刊论文

  • 发表日期：

    2025年12月7日

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  • Yoshiya Hirata,
  • Yuka Sumita,
  • Hanako Uesugi,
  • Marie Komino,
  • Yo Akiyama,
  • Yuki Takemoto,
  • Haruka Yamamoto

摘要

Purpose

To investigate the influence of mechanical and chemical denture cleaners on the physical and adhesive properties of soft relining materials and suggest prospects for future studies.

Methods

The present review followed the PICO (Population, Intervention, Control, Outcomes) format. The literature search for this review was conducted primarily using Web of Science and PubMed. However, because this search strategy did not capture some relevant articles, critical studies considered pertinent to the topic were additionally identified through manual screening of reference lists and related articles.

Result

The electronic search yielded a total of 22 studies (11 on PubMed and 11 on Web of Science). Duplicate references were removed, and those selected were in accordance with the inclusion criteria, as determined by reviewing the title and abstract for the influence of soft relining materials when using mechanical and chemical denture cleaners. Ultimately, 14 articles from PubMed and Web of Science as well as 9 articles from the manual search were included in the analysis.

Conclusion

Mechanical cleaning has been indicated as potentially applicable to auto-polymerized acrylic and heat-polymerized silicone types. Chemical cleaning with sodium perborate has been indicated as potentially applicable to auto- and heat-polymerized acrylics and silicones.