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      두안면부 변형에 대한 Three-Dimensional CT의 진단적 의의 = THREE DIMENSIONAL CT IMAGES IN DIAGNOSIS OF CRANIOFACIAL DEFORMITIES

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      https://www.riss.kr/link?id=A2013847

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      Recently, successful surgical reconstruction of congenital and acquired cramofacial deformities has become routine procedure in a number of centers. centers. The planning and evaluation of such operations are dependent on radiologic imaging for defining the aberrant anatomy.
      Traditional radiologic images, including CT scans, have restricted twe-plane presentaion. It has limited value for the patients with major craniofacial deformities.
      In this reason, three-dimensional display 9of surface(3-D CT image) derived from serial high-resolution computed tomographic scans has been investigated.
      Then, we have applied this method to 30 patients with craniofacial deformities, and following reults were obtained.
      1. The 3-D CT image produces simulated photographs of the complex craniofacial deformitis and requires no operator intervention.
      2. The direct visualization of anatomic details has reduced operation time and improved surgical result.
      3. Life-size 3-D CT image produce of permit accurate dimensional measurement required for surgical planning.
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      Recently, successful surgical reconstruction of congenital and acquired cramofacial deformities has become routine procedure in a number of centers. centers. The planning and evaluation of such operations are dependent on radiologic imaging for defini...

      Recently, successful surgical reconstruction of congenital and acquired cramofacial deformities has become routine procedure in a number of centers. centers. The planning and evaluation of such operations are dependent on radiologic imaging for defining the aberrant anatomy.
      Traditional radiologic images, including CT scans, have restricted twe-plane presentaion. It has limited value for the patients with major craniofacial deformities.
      In this reason, three-dimensional display 9of surface(3-D CT image) derived from serial high-resolution computed tomographic scans has been investigated.
      Then, we have applied this method to 30 patients with craniofacial deformities, and following reults were obtained.
      1. The 3-D CT image produces simulated photographs of the complex craniofacial deformitis and requires no operator intervention.
      2. The direct visualization of anatomic details has reduced operation time and improved surgical result.
      3. Life-size 3-D CT image produce of permit accurate dimensional measurement required for surgical planning.

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