AI Article Synopsis

  • The complexity arises from their challenging position, requiring specific skills from the operator for effective removal.
  • A new proposed method aims to simplify the extraction by minimizing unnecessary bone removal, improving accuracy in root sectioning, and ultimately leading to better patient recovery with less pain and swelling.

Article Abstract

Distoangular impacted teeth account for about 4.8% of all impacted tooth angulations. Various indices in the literature used to assess the difficulty of surgically extracting impacted third molars indicate that distoangular impactions are the most complex. This complexity necessitates the development of specific skills by the operator. The difficulty arises primarily due to the challenging position of these teeth, which complicates access and instrumentation. The proposed method aims to simplify the sectioning process for distoangular third molars by avoiding unnecessary buccal bone removal, improving the accuracy of root sectioning, and preserving buccal bone. Consequently, this technique reduces postoperative pain and swelling, resulting in better patient outcomes.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11385714PMC
http://dx.doi.org/10.7759/cureus.66556DOI Listing

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