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Drilling- and withdrawing-related thermal effects of implant site preparation for ceramic and stainless steel twist drills in standardized bovine bone.

Dino TurKatharina GiannisEwald UngerMartina MittlboeckXiaohui Rausch-FanGeorg D Strbac
Published in: Clinical implant dentistry and related research (2022)
Results of this in vitro study could demonstrate a strong association between the highest temperature increase and the passive withdrawing time period in both investigated drill materials. Considering these findings and the resulting thermal bone damage due to the whole surgical procedure, high overall temperatures in combination with a prolonged heat exposure time may impact the future osseointegration process.
Keyphrases
  • soft tissue
  • bone mineral density
  • epithelial mesenchymal transition
  • bone regeneration
  • minimally invasive
  • body composition
  • signaling pathway
  • high speed
  • simultaneous determination