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      초음파로 형성된 치근단 역충전와동의 정화도 및 와벽형태 = CLEANLINESS AND WALL MOPHOLOGY OF ULTRASONIC ROOT-END RETROGRADE CAVITY

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      https://www.riss.kr/link?id=A19555482

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      The purposes of this study were to evaluate the degree of cavity cleanliness and to observe cavity wall morphology when root-end retrograde cavity preparation was done with ultrasonics.
      Root resections were done on 20 extracted human maxillary central incisors after canal filling with gutta-percha, and retrocavities were prepared using a slow-speed round bur as a control, and stainless steel ultrasonic tips of power settings of 2 and 6(Miniendo^™, EIE, SA, USA) as experimentals. The degree of the remaining cavity debris and smear layer, and wall morphology were evaluated under the scanning electron microscope.
      The results were as follows:
      Cavity prepared with ultrasonics of either power setting showed significantly less smear layer than did slow-speed preparations(p<0.01). However, there was no significant difference in canal debris(p<0.05).
      Cavity prepared with ultrasonics showed hatcheted appearance of wall, while slow-speed preparation showed relatively plain one.
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      The purposes of this study were to evaluate the degree of cavity cleanliness and to observe cavity wall morphology when root-end retrograde cavity preparation was done with ultrasonics. Root resections were done on 20 extracted human maxillary centra...

      The purposes of this study were to evaluate the degree of cavity cleanliness and to observe cavity wall morphology when root-end retrograde cavity preparation was done with ultrasonics.
      Root resections were done on 20 extracted human maxillary central incisors after canal filling with gutta-percha, and retrocavities were prepared using a slow-speed round bur as a control, and stainless steel ultrasonic tips of power settings of 2 and 6(Miniendo^™, EIE, SA, USA) as experimentals. The degree of the remaining cavity debris and smear layer, and wall morphology were evaluated under the scanning electron microscope.
      The results were as follows:
      Cavity prepared with ultrasonics of either power setting showed significantly less smear layer than did slow-speed preparations(p<0.01). However, there was no significant difference in canal debris(p<0.05).
      Cavity prepared with ultrasonics showed hatcheted appearance of wall, while slow-speed preparation showed relatively plain one.

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