dental implant surgical guide

Description

Summary for the illustrators

Cone-beam computed tomography (CBCT) scans of a patient's upper jaw may be used to make precise dental implant surgical guides.

This technique allows precise placement of dental implants which in turns prevents complications such as the drill or the implant hitting adjacent teeth or other relevant anatomical structures. This method additionally allows minimal invasive surgery which leads to less pain, discomfort, and possible infection.

The course seeks to teach students to be lifelong learners by utilizing the latest digital technology. Specifically, students will learn dental implant treatment planning software and 3D printing technology to diagnose and solve real clinical problems related to implant positioning. Students will understand the principle of implant planning software, 3D printing, and technology, to utilize in a clinical case. The students will work with graduate residents and faculty in the prosthodontics, periodontics, and oral & maxillofacial surgery departments.

The following case-study will be part of the course:

A tooth is first extracted and then scanned using a Planmeca scanner.  Then a surgical guide is created through CAD/CAM using 360 imaging solutions software and a Formlab 2 printer. The surgical guide then is placed during surgery to provide a precise fit. Lastly, the implant is then drilled in the planned position. Images are attached for visuals.

Course Title: Applications of 3D printing in Implant Dentistry

Credit Hours: 1

Contact Hours & Type: A total of 19 contact hours include 3 hours of self-learning online, 6 hours of workshop, 6 hours of clinical experience and 4 hours of seminar.

Course Director Information:

Name: Dr. Sompop Bencharit

Department: General Practice

Email: [email protected]

Phone: (804) 828-2977

Office Location: 430a Lyons

Office Hours/Scheduling Appointment: Thursday 8-10 am and scheduling appointment 

Other Course Faculty: Dr. George Deeb, Dr. Janina Deeb, Invited Outside Speaker, Dr. Daniel Whitley, and Graduate Resident TAs in Oral & Maxillofacial Surgery and Periodontology.

About this Course

Course Bulletin Description

Semester course; 13 seminar hours and 6 clinic hours. 1 credit.

The course has three components:

1) An online self-learning module on basic principles of 3D printing and its applications in biological and health sciences. Furthermore, students will learn best practice workflow for implant guided surgery.

2)  A workshop on implant treatment planning using the commercially available software for purposes of 3D printing models and surgical guide.

3) A patient-based observation experience in implant guided surgery.

The course is designed for students to use the most up-to-date digital technology to diagnose and treat real clinical cases.

  Pre-requisites

Four- year students with GPA of 3.5 or greater who are interested in implant dentistry or specializing in periodontics, prosthodontics, and oral & maxillofacial surgery.  

Learning Objective

At the end of this course, students will be able to:

1) Utilize implant treatment planning software to generate appropriate implant surgical treatment planning

2) Creating an appropriate treatment plan for implant placement

3) Understand principle of 3D printing and how a 3D printer operates

4) Fabrication of an implant surgical guide and a printed cast or craniofacial model

5) Understand the principle and application of implant guided surgery

How Objective is Taught

Online self-learning

Hand-on workshop

Clinical experience 

Course Schedule

 Course meeting schedule and topics for each session are:  

Session 0: Course Intro, Logistics, and Successful Case Portfolio Presentation  (1h)

Online:

Session 1: Principles of Computer-assisted Implant Treatment Planning and Implant Guided Surgery (1h)

Session 2: Basic Concepts of 3D Printing and its Applications (1h)

Session 3:  CADCAM-based Implant Surgical Guide Fabrication (1h)

Clinical Experience:

Session 4: Clinical Examination, Digital Impressions and Clinical Photographs (3h)

Workshop:

Session 5: A Hands-on Experience in Implant Treatment Planning Software such as Simplant, 360 imaging, Blue Sky Bio, or 3 shape. (3h)

Session 6: 3D printing for dental casts, craniofacial models, and implant surgical guides (3h)

Clinical Experience:

Session 7: Lived Implant-Guided Surgery (3h)

Final Exam:

Session 8: Case Presentation and Portfolio (3h)

Assignments, Exams, and Grading 

Students are required to complete the following assignment(s) and/or examination(s) in accordance with the timeframe and parameters provided below:

-Each student is required to pass 3 online quizzes at the end of the online self-study session.

-Each student is required to complete at least one clinical case in computer-based implant treatment planning and surgical guide fabrication.

-Each student is required to assist or observe an implant guided surgery procedure in clinic.

However, students are encouraged to work as a group and do more than one cases. However, each student will have one case for implant planning, guide fabrication, assisting in surgery and finally for his/her final exam portfolio.

-At the end of the semester, student is required to turn in a final exam paper as a portfolio composed of written summary of the case together with photographs of implant planning, guide fabrication, and patient treatment sequence, as well as to do an oral case presentation.

Design Files

File Size

SM_preop.stl
20.4 MB
SMguide.stl
3.65 MB

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