Vail Ski & Dental CE
Vail, Colorado
January 27 - January 31, 2025
Surgical-Orthodontic Course Schedule
Monday, January 27, 2025
New Technology in Orthognathic Surgery
Dr. Doug Kendrick
The use of technology in corrective jaw surgery has become widely accepted. This presentation will discuss different technological modalities that can be used in the treatment of patients with deformities of the jaws. Current literature will be reviewed and several cases will be discussed.
Learning Objectives
- Evaluate the literature regarding the accuracy of digital surgical planning
- Discuss the different technological modalities that can be utilized in corrective jaw surgery
- Understand the benefits of a digital workflow
- Recognize the limitations and potential complications that can happen when using digital planning
MARPE Clinical Indications and Application
Dr. Michael A. Callan
MARPE (Miniscrew Assisted Rapid Palatal Expansion) Appliances have been a somewhat recent development in the treatment of transverse discrepancies. While they will likely never replace the SARME or the RME, They do offer an additional treatment option in a common age group (15-25 year olds).
Learning Objectives
- Distinguish the Diagnostic Indications and Contraindications for MARPE therapy vs RME & SARME.
- Design the proper MARPE Biomechanical Orientation.
- Assess favorable and, troubleshoot unfavorable response to MARPE therapy.
Tuesday, January 28, 2025
CBCT in Dentistry
Dr. Trishul Allareddy
Fundamentals of Technology and maximizing Image quality on CBCT. Radiation Safety and Applications in Dentistry.
Learning Objectives:
- CBCT Technology and Anatomy on CBCT: Gain a comprehensive understanding of cone beam computed tomography (CBCT), including its technology, evolution, and the fundamental principles and foundational Anatomy on CBCT.
- Identify Indications for Use: Learn about the clinical indications for CBCT, exploring why and when this imaging technique is chosen over others, focusing on its applications in the oral and maxillofacial Regions.
- Master Image Acquisition and Software handling: Understand the technical aspects of image acquisition, including patient positioning, radiation dosage optimization, and the settings crucial for producing high-quality images. Learn how to manipulate and navigate through the images using specific software tools to enhance diagnostic capabilities.
- Radiation Safety and Protection: Emphasize the importance of radiation safety for both the operator and the patient. Learn the guidelines and regulations governing the use of CBCT to ensure safety and minimize radiation exposure.
CBCT in Dentistry
Dr. Trishul Allareddy
Fundamentals of Technology and maximizing Image quality on CBCT. Radiation Safety and Applications in Dentistry.
Learning Objectives:
- CBCT Technology and Anatomy on CBCT: Gain a comprehensive understanding of cone beam computed tomography (CBCT), including its technology, evolution, and the fundamental principles and foundational Anatomy on CBCT.
- Identify Indications for Use: Learn about the clinical indications for CBCT, exploring why and when this imaging technique is chosen over others, focusing on its applications in the oral and maxillofacial Regions.
- Master Image Acquisition and Software handling: Understand the technical aspects of image acquisition, including patient positioning, radiation dosage optimization, and the settings crucial for producing high-quality images. Learn how to manipulate and navigate through the images using specific software tools to enhance diagnostic capabilities.
- Radiation Safety and Protection: Emphasize the importance of radiation safety for both the operator and the patient. Learn the guidelines and regulations governing the use of CBCT to ensure safety and minimize radiation exposure.
Course Reception
Course participants and families welcome
Wednesday, January 29, 2025
TAD Biomechanical Principals and Clinical Applications for Orthodontists and Oral Surgeons
Dr. Michael Callan and Dr. Emma Mueldener
Increasingly, orthodontists would like to have the biomechanic advantages of TADs (Temporary Anchorage Devices aka Miniscrews) but may or may not want desire to place the TADs themselves. This lecture would be aimed at the Biomechanics of TAD utilization as OMFSs may be requested to place TADs and might like to know which positions would be most effective and least likely to fail.
Learning Objectives:
- Assess the Desired Biomechanical Movements in the AP, Vertical and Transverse Orthodontic Planes of space which would be assisted by TAD placement.
- Develop Treatment planning sites for the placement of TADs in the three planes of space.
- Assess favorable and, troubleshoot unfavorable response of TAD placement.
Breakout Session: How to Read a CBCT
Dr. Trishul Allareddy
Please bring a laptop to participate in the interactive session on how to read CBCT.
Learning Objectives:
Develop the skills necessary to understand pathosis on CBCT images. This includes understanding normal anatomical landmarks, recognizing pathological conditions, and identifying critical structures in various anatomical regions.
Thursday, January 30, 2025
BAMP Application in the Class III Malocclusion
Dr. Lina Moreno Uribe
The treatment of Class III malocclusions has proven to be a rather difficult to treat with Orthodontic Compensation. In addition to Dental Compensation with Class III elastics and Skeletal Correction with Orthognathic Surgery, BAMP (Bone Anchored Maxillary Protraction) can assist with Orthopedic Class III therapy. We can expect to see an average of 4mm of Class III AP Orthopedic correction with effective BAMP (Bone Anchored Maxillary Protraction) therapy. This lecture would highlight Indications, Contraindications, Application and troubleshooting.
Learning Objectives
After attending the lecture and reading the handout, the participant should be able to:
- Assess Clinical Diagnostic Indications for BAMP application.
- Assess favorable and, troubleshoot unfavorable response of BAMP therapy.
- Develop an Orthodontic Treatment Plan with BAMP therapy via a Clinical Case Walkthrough.
Diagnosis and Treatment Planning Interactive Session
Dr. Doug Kendrick and Dr. Michael Callan
An interactive session where cases are presented and discussed to evaluate different treatment options and approaches, and to evaluate outcomes
Learning Objectives
After attending this course and reviewing the handouts, the participant should be able to:
To be able to integrate knowledge gained from lecture on diagnosis and treatment planning to evaluate case examples
Critically evaluate case outcomes and identify shortcomings in diagnosis and/or treatment planning
To understand multiple approaches to treating varying dentofacial deformities
Friday, January 31, 2025
Contemporary Management of Obstructive Sleep Apnea - Non-Surgical and Surgical Approaches
Dr. Steven Fletcher
We will review recent advances in the diagnosis and management of OSA, focusing on how combined orthodontic and surgical management can maximize improvement and provide the greatest benefit for patients with OSA.
Learning Objectives
- Discuss contemporary techniques to diagnose and manage OSA
- Implement strategies to optimize non-surgical and pre-surgical orthodontic treatment for patients with OSA
- Adapt common surgical techniques to maximize the benefit of surgical treatment for OSA
Segmental LeFort Osteotomy
Dr. Christopher Kepros
The segmental LeFort osteotomy is a well-known but seldom utilized procedure. This lecture will discuss the procedure and its potential applications in management of dentoskeletal deformities. .
Learning Objectives
- Identify the common indications for a multipiece Lefort osteotomy procedure.
- Explain the potential benefits of the procedure when utilized in management of certain dentoskeletal deformities.
- Recognize the limitations and potential complications associated with the procedure.
Restorative Dentistry Schedule
Tuesday, January 28, 2025
CBCT in Dentistry
Dr. Trishul Allareddy
Fundamentals of Technology and maximizing Image quality on CBCT. Radiation Safety and Applications in Dentistry.
Learning Objectives:
- CBCT Technology and Anatomy on CBCT: Gain a comprehensive understanding of cone beam computed tomography (CBCT), including its technology, evolution, and the fundamental principles and foundational Anatomy on CBCT.
- Identify Indications for Use: Learn about the clinical indications for CBCT, exploring why and when this imaging technique is chosen over others, focusing on its applications in the oral and maxillofacial Regions.
- Master Image Acquisition and Software handling: Understand the technical aspects of image acquisition, including patient positioning, radiation dosage optimization, and the settings crucial for producing high-quality images. Learn how to manipulate and navigate through the images using specific software tools to enhance diagnostic capabilities.
- Radiation Safety and Protection: Emphasize the importance of radiation safety for both the operator and the patient. Learn the guidelines and regulations governing the use of CBCT to ensure safety and minimize radiation exposure.
CBCT in Dentistry
Dr. Trishul Allareddy
Fundamentals of Technology and maximizing Image quality on CBCT. Radiation Safety and Applications in Dentistry.
Learning Objectives:
- CBCT Technology and Anatomy on CBCT: Gain a comprehensive understanding of cone beam computed tomography (CBCT), including its technology, evolution, and the fundamental principles and foundational Anatomy on CBCT.
- Identify Indications for Use: Learn about the clinical indications for CBCT, exploring why and when this imaging technique is chosen over others, focusing on its applications in the oral and maxillofacial Regions.
- Master Image Acquisition and Software handling: Understand the technical aspects of image acquisition, including patient positioning, radiation dosage optimization, and the settings crucial for producing high-quality images. Learn how to manipulate and navigate through the images using specific software tools to enhance diagnostic capabilities.
- Radiation Safety and Protection: Emphasize the importance of radiation safety for both the operator and the patient. Learn the guidelines and regulations governing the use of CBCT to ensure safety and minimize radiation exposure.
Course Reception
Course participants and families welcome
Wednesday, January 29, 2025
Breakout Session: How to Read a CBCT
Dr. Trishul Allareddy
Please bring a laptop to participate in the interactive session on how to read CBCT.
Learning Objectives:
Develop the skills necessary to understand pathosis on CBCT images. This includes understanding normal anatomical landmarks, recognizing pathological conditions, and identifying critical structures in various anatomical regions.
Introduction to Scan/Plan/Surgical Guide/Provisional Restoration using DTX Studio®/ coDiagnostiX®
Dr. Brent Ludens and Dr. David Gratton
Implant placement requires meticulous planning for surgical and restorative success. Clinically evaluating the patient’s soft tissue, dentition, and bone is crucial. Digital technologies like intraoral scans (IOS) and planning software (e.g., DTX Studio Clinic, coDiagnostiX) help create efficient treatment plans. These plans can be communicated with patients and colleagues, and surgical guides and interim prosthetics can be 3D printed in-office to save time and costs. Attendees will learn the use of IOS scans and CBCT data for treatment planning, receive hands-on software training, and see 3D printing demonstrations. The course combines didactic and hands-on elements to boost confidence in implant treatment.
Learning Objectives:
- Learn proper patient selection.
- Understand the importance of proper implant location to support the bone and the restoration
- Patient factors
- Biomechanics of the implant abutment restorative connection
- Utilize IOS and CBCT data to plan proper implant placement
- DTX Studio Clinic - overview and in-depth with hands-on experience
- coDiagnostiX - overview and in-depth with hands-on experience
- Plan and print surgical guides with SprintRay 3D printer technology - in-depth and hands-on experience
- Coordinated treatment planning
- Bring your own IOS/CBCT, plan your own with in-depth instructor and sponsor guidance.
Thursday, January 30, 2025
Scan/Plan/Design with DTX Studio Clinic®/ coDiagnostiX®
Dr. Brent Ludens and Dr. David Gratton
Implant placement requires meticulous planning for surgical and restorative success. Clinically evaluating the patient’s soft tissue, dentition, and bone is crucial. Digital technologies like intraoral scans (IOS) and planning software (e.g., DTX Studio Clinic, coDiagnostiX) help create efficient treatment plans. These plans can be communicated with patients and colleagues, and surgical guides and interim prosthetics can be 3D printed in-office to save time and costs. Attendees will learn the use of IOS scans and CBCT data for treatment planning, receive hands-on software training, and see 3D printing demonstrations. The course combines didactic and hands-on elements to boost confidence in implant treatment.
Learning Objectives:
- Learn proper patient selection.
- Understand the importance of proper implant location to support the bone and the restoration
- Patient factors
- Biomechanics of the implant abutment restorative connection
- Utilize IOS and CBCT data to plan proper implant placement
- DTX Studio Clinic - overview and in-depth with hands-on experience
- coDiagnostiX - overview and in-depth with hands-on experience
- Plan and print surgical guides with SprintRay 3D printer technology - in-depth and hands-on experience
- Coordinated treatment planning
- Bring your own IOS/CBCT, plan your own with in-depth instructor and sponsor guidance.
Introduction to 3D printing in the Dental Implant Environment
Dr. Brent Ludens and Dr. David Gratton and SprintRay Trainers
Implant placement requires meticulous planning for surgical and restorative success. Clinically evaluating the patient’s soft tissue, dentition, and bone is crucial. Digital technologies like intraoral scans (IOS) and planning software (e.g., DTX Studio Clinic, coDiagnostiX) help create efficient treatment plans. These plans can be communicated with patients and colleagues, and surgical guides and interim prosthetics can be 3D printed in-office to save time and costs. Attendees will learn the use of IOS scans and CBCT data for treatment planning, receive hands-on software training, and see 3D printing demonstrations. The course combines didactic and hands-on elements to boost confidence in implant treatment.
Learning Objectives:
- Learn proper patient selection.
- Understand the importance of proper implant location to support the bone and the restoration
- Patient factors
- Biomechanics of the implant abutment restorative connection
- Utilize IOS and CBCT data to plan proper implant placement
- DTX Studio Clinic - overview and in-depth with hands-on experience
- coDiagnostiX - overview and in-depth with hands-on experience
- Plan and print surgical guides with SprintRay 3D printer technology - in-depth and hands-on experience
- Coordinated treatment planning
- Bring your own IOS/CBCT, plan your own with in-depth instructor and sponsor guidance.
Friday, January 31, 2025
Plan/Design/Print In-Office Surgical Guides
Dr. Brent Ludens and Dr. David Gratton
Implant placement requires meticulous planning for surgical and restorative success. Clinically evaluating the patient’s soft tissue, dentition, and bone is crucial. Digital technologies like intraoral scans (IOS) and planning software (e.g., DTX Studio Clinic, coDiagnostiX) help create efficient treatment plans. These plans can be communicated with patients and colleagues, and surgical guides and interim prosthetics can be 3D printed in-office to save time and costs. Attendees will learn the use of IOS scans and CBCT data for treatment planning, receive hands-on software training, and see 3D printing demonstrations. The course combines didactic and hands-on elements to boost confidence in implant treatment.
Learning Objectives:
- Learn proper patient selection.
- Understand the importance of proper implant location to support the bone and the restoration
- Patient factors
- Biomechanics of the implant abutment restorative connection
- Utilize IOS and CBCT data to plan proper implant placement
- DTX Studio Clinic - overview and in-depth with hands-on experience
- coDiagnostiX - overview and in-depth with hands-on experience
- Plan and print surgical guides with SprintRay 3D printer technology - in-depth and hands-on experience
- Coordinated treatment planning
- Bring your own IOS/CBCT, plan your own with in-depth instructor and sponsor guidance.
Plan/Design/Print In-Office Provisional Implant Restorations
Dr. Brent Ludens and Dr. David Gratton and SprintRay Trainers
Implant placement requires meticulous planning for surgical and restorative success. Clinically evaluating the patient’s soft tissue, dentition, and bone is crucial. Digital technologies like intraoral scans (IOS) and planning software (e.g., DTX Studio Clinic, coDiagnostiX) help create efficient treatment plans. These plans can be communicated with patients and colleagues, and surgical guides and interim prosthetics can be 3D printed in-office to save time and costs. Attendees will learn the use of IOS scans and CBCT data for treatment planning, receive hands-on software training, and see 3D printing demonstrations. The course combines didactic and hands-on elements to boost confidence in implant treatment.
Learning Objectives:
- Learn proper patient selection.
- Understand the importance of proper implant location to support the bone and the restoration
- Patient factors
- Biomechanics of the implant abutment restorative connection
- Utilize IOS and CBCT data to plan proper implant placement
- DTX Studio Clinic - overview and in-depth with hands-on experience
- coDiagnostiX - overview and in-depth with hands-on experience
- Plan and print surgical guides with SprintRay 3D printer technology - in-depth and hands-on experience
- Coordinated treatment planning
- Bring your own IOS/CBCT, plan your own with in-depth instructor and sponsor guidance.