Module 4 –The Basic of Dental Implants Radiology & planning
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2D radiology program
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AIM:
Introduce the participants to a systematic approach of the 2D diagnostic imaging aspects.
OBJECTIVES:
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Discuss the X-Ray techniques (analog, digital):
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Intra oral radiology.
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Extra oral radiology.
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Be aware of the errors of Intra-Oral Radiology
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Be aware of the errors of Extra-Oral Radiology
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Review the 2D radiographical anatomical landmarks (Maxilla and Mandible)
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Discuss the inclusion of prosthetic considerations in the complete treatment plan
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Careful assessment of available hard and soft tissues.
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Diagnosis and planning of surgical procedures
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Assess the potential risks and complications to surgical procedures in variances to the average radiographic appearance
AT THE END OF THE COURSE, THE PARTICIPANTS WILL BE ABLE TO:
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Successfully take 2D imaging
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Distinguish normal from abnormal radiographic appearances.
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Develop a differential diagnosis of the radiographic findings
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Use 2D imaging to formulate a proper diagnosis
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Use diagnostic adjuncts to clinically evaluate and overcome shortcomings in various imaging techniques
2. 3D Radiology Program
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AIM:
Introduce the participants to the value and limitations of various 3D imaging techniques in the dentist’s daily work.
OBJECTIVES:
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Discuss the 3D imaging techniques
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Computed tomography (CT)
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Cone beam computed tomography (CBCT)
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Discuss the advantages and limitations of the 3D imaging techniques (CT, CBCT).
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Review the 3D radiographical anatomical landmarks (Maxilla and Mandible)
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Discuss the use and the manipulation of various 3D software.
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Introduction to the reading of three-dimensional radiological records.
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Introduction to the guided surgery
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Fabrication and utilization of the radiographic guide
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Transformation of the radiographic guide into a directional surgical guide
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Fabrication of the full surgical guide
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Introduction to the pre- and postoperative 3D diagnosis in:
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Dental implantology
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Periodontology
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Endodontics
AT THE END OF THE COURSE, THE PARTICIPANTS WILL BE ABLE TO:
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Successfully manipulated 3D imaging software
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Successfully read and interpretation 3D imaging records
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Distinguish normal from abnormal radiographic appearances.
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Develop a differential diagnosis of the radiographic findings
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Use 3D imaging to formulate a proper diagnosis
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Use 3D imaging to realize a surgical guide
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Course Duration (Days): 2 Days
Language: English
Total Points: 20 CE
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16 CE (2 days per 8 hours)
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1 CE (Hands on training, how to read computed tomography cuts, how to manipulate reconstruction programs)
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1 CE (Case Discussions)
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2 CE (Review and Session Exam)
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