RACE ID: 20-1298313
CE Hours: 16

Overall Course Description:

This is an advanced level course designed for practitioners that have completed the “Principles of Fracture Repair” course (or equivalent) and have experience with fracture repair. The course is one of three advanced courses designed to train veterinarians to reach a high level of expertise in veterinary orthopedics. These techniques are difficult and quite demanding. They require a firm understanding of orthopedic principles, tissue handling, use of power equipment, locking plate technique, and use of bone clamps and other orthopedic instrumentation.  

Fractures of the humerus and radius/ulna are common in dogs and cats. This course will discuss decision-making, surgical approach, fracture reduction techniques and surgical repair of different types of simple and comminuted fractures of the humerus and radius/ulna.

This course is designed to take one to a higher level in fracture repair.  We will teach reliable techniques and give valuable practical tips useful in repairing simple and more challenging comminuted fractures. New implant designs have made fracture repair much simpler and more affordable. In addition, postoperative management of patients has also been simplified and complications are rare if the principles of fracture repair are followed.

This course will familiarize participants with fracture repair techniques through lecture and clinical case presentations. Following lecture and case review, participants will repair fractures on plastic bone models and cadavers. Postoperative radiographs will be taken to evaluate the participants repair technique

Learning Objectives:

1.     Understand the principles of bone healing and the differences between secondary and primary bone healing.

2.     Review fracture classification and choice of fixation for fractures of the humerus and radius/ulna.

3.     Discuss the concept of direct versus indirect fracture reduction and decision making on approach.

4.     Learn how to correctly apply locking bone plates, plate and rod repair, lag screws and pin, Orthosta sutures and tension bands.

5.     Discuss fracture fixation and surgical approaches for proximal, diaphyseal and distal fractures of the humerus, and radius/ulna.

6.     Learn how to repair an ulnar fracture combined with a radial head luxation (Monteggia fracture)

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

COMPLICATED HUMERUS AND RADIUS/ULNA FRACTURES AGENDA

Day 1

• 8:00am Welcome & Introductions
• 8:05am Direct & indirect fracture reduction: A review
• 8:20am Comminuted humeral shaft fractures
• 8:45am Humeral condylar and supracondylar fractures
• 9:45am Break
• 10:00am Laboratory 1: Demo of lateral condyle fracture repair
• (Cadaver) – HCS and plate
• 10:30pm Laboratory 2: Lateral condyle fracture repair
• (Plastic Bone Model & R leg of Cadaver) – HCS and plate
• 12:00pm Lunch
• 12:45pm Laboratory 3: Demo of indirect reduction of humeral shaft fracture
• (Cadaver) – Double-Plate
• 1:15pm Laboratory 4: Indirect reduction of humeral shaft fracture
• (Plastic Bone Model & R leg of Cadaver) – Double-Plate
• 2:30pm Laboratory 5: Demo of supracondylar Y-fracture repair
• (Cadaver) – HCS and Double-Plate
• 3:00pm Laboratory 6: Supracondylar Y-fracture repair
• (Plastic Bone Model & L leg of Cadaver) – HCS and Double-Plate
• 5:00pm Conclusion of Day 1

Day 2

• 8:00am Review of Day 1 Radiographs
• 9:00am Break
• 9:15pm Comminuted Radius/Ulna Shaft Fractures
• 9:45am Laboratory 7: Demo of indirect reduction of radius/ulna fracture
• (Cadaver) – Plate and Rod
• 10:00pm Laboratory 8: Indirect reduction of radius/ulna fracture
• (Cadaver both legs) – Plate and Rod
• 12:00pm Lunch
• 12:45pm Ulnar Fractures and Monteggia Fractures
• 1:15pm Laboratory 9: Demo of Repair of articular fracture of olecranon
• (Cadaver) –Plate and pin
• 1:35pm Laboratory 10: Indirect reduction of articular fracture of olecranon
• (L leg of Cadaver) – Plate and pin
• 2:35pm Laboratory 9: Demo of Repair of Monteggia fracture
• (Cadaver) – Plate, Orthosta Suture
• 3:00pm Laboratory 10: Repair of Monteggia fracture
• (R leg of Cadaver) – Plate, Orthosta Suture
• 4:15pm Wrap-up discussion
• 4:30pm Conclusion of Course

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098
Call Us 435.200.2161
Email Us ce@nexus.vet

Overall Course Description:

This is an advanced level course designed for practitioners that have completed the “Principles of Fracture Repair” course (or equivalent) and have experience with fracture repair. The course is one of three advanced courses designed to train veterinarians to reach a high level of expertise in veterinary orthopedics. These techniques are difficult and quite demanding. They require a firm understanding of orthopedic principles, tissue handling, use of power equipment, locking plate technique, and use of bone clamps and other orthopedic instrumentation.  

Fractures of the femur and tibia are common in dogs and cats. This course will discuss decision-making, surgical approach, fracture reduction techniques and surgical repair of different types of simple and comminuted fractures of the femur and tibia.

This course is designed to take the general practitioner to a higher level in fracture repair.  We will teach reliable techniques and give valuable practical tips useful in repairing simple and more challenging comminuted fractures. New implant designs have made fracture repair much simpler and more affordable. In addition, postoperative management of patients has also been simplified and complications are rare if the principles of fracture repair are followed.

This course will familiarize participants with fracture repair techniques through lecture and clinical case presentations. Following lecture and case review, participants will repair fractures on plastic bone models and cadavers. Postoperative radiographs will be taken to evaluate the participants repair technique.

 Learning Objectives:

1.     Understand the principles of bone healing and the differences between secondary and primary bone healing.

2.     Review fracture classification and choice of fixation for fractures of the femur and tibia.

3.     Discuss the concept of direct versus indirect fracture reduction and decision making on approach.

4.     Learn how to correctly apply locking bone plates, plate and rod repair, lag screws and pin and tension band.

5.     Discuss fracture fixation and surgical approaches for proximal, diaphyseal and distal fractures of the tibia, and femur.

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course. 

Day 1

Day 2

This is an advanced level course designed for practitioners that have completed the “Principles of Fracture Repair” course (or equivalent) and have experience with fracture repair. The course is one of three advanced courses designed to train veterinarians to reach a high level of expertise in veterinary orthopedics. These techniques are difficult and quite demanding. They require a firm understanding of orthopedic principles, tissue handling, use of power equipment, locking plate technique, and use of bone clamps and other orthopedic instrumentation.  

Fractures of the pelvis are common in dogs and cats. Pelvic fractures are also commonly accompanied by sacroiliac luxation or hip dislocation. This course will discuss decision-making, surgical approach, reduction techniques and surgical repair of fractures of the ilium and acetabulum as well as repair of sacroiliac luxation and hip dislocation.

This course is designed to take the general practitioner to a higher level in pelvic injury repair. We will teach reliable techniques and give valuable practical tips useful in repairing challenging pelvic fractures, sacroiliac luxation and hip dislocation. New implant designs have made fracture repair much simpler and more affordable. In addition, postoperative management of patients has also been simplified and complications are rate if the principles of fracture repair are followed.

This course will familiarize participants with repair techniques through lecture and clinical case presentations. Following lecture and case review, participants will repair fractures and luxation on plastic bone models and cadavers. Postoperative radiographs will be taken to evaluate the participants repair technique.

Learning Objectives:

1. Review fracture classification and choice of fixation for fractures of the ilium and acetabulum.
2. Learn how to surgically approach, reduce and stabilize a sacroiliac luxation.
3. Learn how to surgically approach, reduce and stabilize a coxofemoral dislocation.
4. Learn how to surgically approach, reduce and stabilize fractures of the ilium and acetabulum

Day 1

Day 2

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098
Call Us 435.200.2161
Email Us ce@nexus.vet

RACE ID: 20-1298313

CE Hours: 16

Overall Course Description:

This is an advanced level course designed for practitioners that have completed the “Principles of Fracture Repair” course (or equivalent) and have experience with fracture repair. The course is one of three advanced courses designed to train veterinarians to reach a high level of expertise in veterinary orthopedics. These techniques are difficult and quite demanding. They require a firm understanding of orthopedic principles, tissue handling, use of power equipment, locking plate technique, and use of bone clamps and other orthopedic instrumentation.  

Fractures of the humerus and radius/ulna are common in dogs and cats. This course will discuss decision-making, surgical approach, fracture reduction techniques and surgical repair of different types of simple and comminuted fractures of the humerus and radius/ulna.

This course is designed to take one to a higher level in fracture repair.  We will teach reliable techniques and give valuable practical tips useful in repairing simple and more challenging comminuted fractures. New implant designs have made fracture repair much simpler and more affordable. In addition, postoperative management of patients has also been simplified and complications are rare if the principles of fracture repair are followed.

This course will familiarize participants with fracture repair techniques through lecture and clinical case presentations. Following lecture and case review, participants will repair fractures on plastic bone models and cadavers. Postoperative radiographs will be taken to evaluate the participants repair technique

Learning Objectives:

1.     Understand the principles of bone healing and the differences between secondary and primary bone healing.

2.     Review fracture classification and choice of fixation for fractures of the humerus and radius/ulna.

3.     Discuss the concept of direct versus indirect fracture reduction and decision making on approach.

4.     Learn how to correctly apply locking bone plates, plate and rod repair, lag screws and pin, Orthosta sutures and tension bands.

5.     Discuss fracture fixation and surgical approaches for proximal, diaphyseal and distal fractures of the humerus, and radius/ulna.

6.     Learn how to repair an ulnar fracture combined with a radial head luxation (Monteggia fracture)

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

COMPLICATED HUMERUS AND RADIUS/ULNA FRACTURES AGENDA

Day 1

• 8:00am Welcome & Introductions
• 8:05am Direct & indirect fracture reduction: A review
• 8:20am Comminuted humeral shaft fractures
• 8:45am Humeral condylar and supracondylar fractures
• 9:45am Break
• 10:00am Laboratory 1: Demo of lateral condyle fracture repair
• (Cadaver) – HCS and plate
• 10:30pm Laboratory 2: Lateral condyle fracture repair
• (Plastic Bone Model & R leg of Cadaver) – HCS and plate
• 12:00pm Lunch
• 12:45pm Laboratory 3: Demo of indirect reduction of humeral shaft fracture
• (Cadaver) – Double-Plate
• 1:15pm Laboratory 4: Indirect reduction of humeral shaft fracture
• (Plastic Bone Model & R leg of Cadaver) – Double-Plate
• 2:30pm Laboratory 5: Demo of supracondylar Y-fracture repair
• (Cadaver) – HCS and Double-Plate
• 3:00pm Laboratory 6: Supracondylar Y-fracture repair
• (Plastic Bone Model & L leg of Cadaver) – HCS and Double-Plate
• 5:00pm Conclusion of Day 1

Day 2

• 8:00am Review of Day 1 Radiographs
• 9:00am Break
• 9:15pm Comminuted Radius/Ulna Shaft Fractures
• 9:45am Laboratory 7: Demo of indirect reduction of radius/ulna fracture
• (Cadaver) – Plate and Rod
• 10:00pm Laboratory 8: Indirect reduction of radius/ulna fracture
• (Cadaver both legs) – Plate and Rod
• 12:00pm Lunch
• 12:45pm Ulnar Fractures and Monteggia Fractures
• 1:15pm Laboratory 9: Demo of Repair of articular fracture of olecranon
• (Cadaver) –Plate and pin
• 1:35pm Laboratory 10: Indirect reduction of articular fracture of olecranon
• (L leg of Cadaver) – Plate and pin
• 2:35pm Laboratory 9: Demo of Repair of Monteggia fracture
• (Cadaver) – Plate, Orthosta Suture
• 3:00pm Laboratory 10: Repair of Monteggia fracture
• (R leg of Cadaver) – Plate, Orthosta Suture
• 4:15pm Wrap-up discussion
• 4:30pm Conclusion of Course

Course Description

This is an advanced level course designed for participants that have completed a Fracture Principles course (or equivalent) and have some experience with fracture repair.

The concept of biological internal fixation has been predicated for years with the goal of maximizing preservation of the blood supply to the fractured bone. This trend resulted in new implants and new techniques that allowed surgeons to approach fracture fixation with smaller, less invasive approaches. The principal concept is to gain access to the bone via small incisions away from the fracture zone, thus preserving blood supply to the fracture fragments. Minimally invasive surgical approaches reduce pain and minimizes trauma to the soft tissues leading. The small incisions provide a means of inserting a bone plate and placing screws to achieve stabilization and osteosynthesis. Methods of fracture reduction are included using the technique of indirect fracture reduction. Participants will learn different techniques to perform minimally-invasive fracture repair using MIS approaches with and without intraoperative imaging.

The technique of minimally invasive plate osteosynthesis (MIPO) describes the stabilization of a fractured bone with a bone plate and screws which are applied without performing an extensive open surgical approach to directly expose, reduce and stabilize the fracture. When MIPO is performed, the fracture segments are aligned using indirect reduction techniques in a closed fashion. Small plate insertion incisions are made over the anticipated (intended) locations of the proximal and distal ends of the bone plate. A tunnel is developed adjacent to the fractured bone, beneath the overlying soft tissues. The plate is inserted through the tunnel and fixed in place with bone screws inserted through the plate insertion incisions. MIPO techniques can result in superior preservation of blood supply to the fracture site, less disruption of supporting soft tissue structures, and potentially a faster return to function and more rapid bone healing than would be achieved with an open surgical approach to facilitate bone plating.

This course will familiarize participants with minimally-invasive fracture repair of shaft, articular and periarticular fractures of the humerus, radius/ulna, femur and tibia. Following lecture and case review, participants will repair fractures on plastic bone models and cadavers. Postoperative radiographs will be taken to evaluate the participants repair technique.

Learning Objectives:

• Understand the principles of minimally-invasive fracture repair.
• Learn MIPO techniques for comminuted shaft fractures of the humerus, radius, femur and tibia.
• Learn MIPO techniques for elbow fractures and periarticular fractures of the tibia.
• Learn MIPO techniques for physeal fractures.

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

Day 1 Shaft Fractures

8:00 Welcome & Introductions

8:05 Minimally-Invasive Repair of Shaft Fractures – MIPO Techniques

8:30 Tibia Fracture Repair using MIPO Technique

8:50 Femur Fracture Repair using MIPO Technique

9:15 Break

9:30 Laboratory 1: Comminuted Tibia Fracture MIPO Repair (Plastic Bone and Cadaver) – IM Pin and Bone Plate

11:00 Laboratory 2: Comminuted Femur Fracture MIPO Repair (Cadaver) – IM Pin and Bone Plate

12:30 Lunch

1:15 Radius Fracture Repair using MIPO Technique

1:35 Laboratory 3: Comminuted Radius Ulna Fracture MIPO Repair (Cadaver) – IM Pin and Bone Plate

3:00 Humerus Fracture Repair using MIPO Technique

3:20 Laboratory 4: Comminuted Humerus Fracture MIPO Repair (Plastic Bone and Cadaver) – Double Plate using Alignment Pin

5:30 Conclusion of Day 1

Day 2 Articular and Periarticular Fractures

8:00 Review of Day 1 Radiographs

9:00 Break

9:15 Elbow fracture repair using MIPO Technique

9:45 Laboratory 5: Elbow Fracture MIPO repair (Cadaver) – Headless Compression Screw/Lag Screw, Bone Plate

12:00 Lunch

12:45 Distal Periarticular Tibial Fracture MIPO Repair

1:10 Laboratory 6: Distal Tibial Periarticular MIPO Repair (Plastic Bone and Cadaver) – Double Plate

2:45 Physeal Fracture Repair using MIPO Technique

3:00 Laboratory 7: Distal Femur Physeal Fracture Repair with MIPO (Plastic Bone and Cadaver) – K-wires

4:45 Wrap up discussion

5:00 Conclusion of Course

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098
Call Us 435.200.2161
Email Us ce@nexus.vet

Summary

Are you ready to move on to the next level in cranial cruciate ligament repair? 

TPLO's are a great way to give your patients with CrCL tears an optimal opportunity for a positive outcome, as well as developing a tremendous profit center for your practice. More than 600 general practitioners have learned TPLO from our team of surgeons. Our expert instructors will teach the concepts of TPLO in a small-group setting to maximize individual time with participants. 

This interactive, hands-on course includes lectures and practical, hands-on practice that will teach the theory and method of Tibial Plateau Leveling Osteotomy (TPLO). Participants will perform TPLO's on plastic bones and cadavers using state-of-the-art equipment and implants. Course participants will use locking plate technology to simplify, increase precision, and reduce complications of the procedure. Participants should have a basic knowledge of anatomy and surgical approach of the stifle and principles of bone plate application. Post-Operative radiographs will be taken to assess the participant's repair technique. Post-Operative management will also be discussed. 

Learning Objectives

• Know the indications and rationale for TPLO 
• Understand the principles of TPLO surgery 
• Learn how to correctly plan for a TPLO for different breeds of dogs and cats 
• Learn surgical techniques and tips to execute a successful TPLO 
• Gain a better understanding of the requirements and "best practices" for post-operative TPLO care 

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

Medial patellar luxation (MPL) is a common orthopedic problem in dogs and cats. Successful treatment of these conditions requires accurate diagnosis and assessment. This course will provide up-to-date information on the etiology, pathogenesis, diagnosis and treatment of patellar luxation.

Lectures and labs will emphasize techniques that can readily be performed in practice. The course includes surgical treatment of MPL using 3 different types of trochleoplasty, tibial tuberosity transposition, soft tissue balancing techniques and a discussion on when corrective osteotomy may be needed. Participants will also learn how to treat CrCL in patients having concomitant MPL using a novel extracapsular ligament system. Following lecture and case review, participants will perform all these different techniques on cadavers and plastic bone models. 

Learning Objectives

• Understand the mechanism of patellar luxation
• Learn diagnostic techniques to make surgical decisions and plan
• Learn basic surgical techniques for uncomplicated MPL be deepening the trochlear groove and aligning the quadriceps mechanism using a tibial tuberosity transposition
• Learn how to perform a medial retinacular release and a lateral imbrication to balance soft tissue tension on the patella.
• Learn how to perform a distal femoral osteotomy (DFO)
• Learn how to place an isometric lateral prosthetic ligament to treat concomitant MPL and CCL tears

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

Day 1

8:00 Welcome and introduction8:10 Understanding the mechanism of patellar luxation
8:35 Diagnostic steps for patellar luxation
9:00 Break
9:20 Decision-making for MPL – when and what to correct
9:40 Treating the shallow trochlear groove
10:15 Laboratory 1- Trochleoplasty – cadaver - Trochlear block (TBR) or wedge recession (TWR)
12:15 Lunch
1:00 Tibial Tuberosity Transposition
1:30 Soft tissue balancing
2:00 Laboratory 3- TTT – plastic bone and cadaver
3:30 Laboratory 4 – Release incision and imbrication - cadaver
4:30 End of Day

Day 2

8:00 Review of Radiographs from Day 1
8:30 Osteotomy for patellar luxation – When and How?
9:00 Break
9:15 MPL and concurrent CrCL tears – how to handle
10:00 Laboratory 5 – DFO – cadaver
12:30 Lunch
1:30 Laboratory 6 – Extracapsular CCL/MPL repair – cadaver
3:30 Complications
4:00 End of Course 

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098
Call Us 435.200.2161
Email Us ce@nexus.vet

This course is intended for veterinary professionals who have completed an introductory TPLO course and are ready to take on more specialized, advanced cases.

Now that you're comfortable with TPLO surgery for routine CrCL injuries, are you ready to tackle more challenging patients? This two-day advanced course is designed for veterinary professionals looking to expand their expertise in treating complex joint conditions using TPLO techniques. The course will focus on CrCL repair in toy breed dogs and cats, as well as in dogs with concomitant patellar luxation, providing a deeper understanding of the anatomical challenges and surgical considerations unique to these patients.

Key topics include the addition of isometric extracapsular sutures to stabilize the stifle following TPLO surgery, addressing excessive internal rotation post-surgery, and treating dogs with hyper-lax stifles. Additionally, the course will cover advanced techniques such as TPLO combined with Tibial Tuberosity Transposition (TTT) for managing low-grade medial patellar luxation (MPL), and Distal Femoral Osteotomy (DFO) for high-grade MPL.

By the end of the course, participants will be equipped with the skills and knowledge to confidently approach complex TPLO surgeries and modifications, ensuring excellent functional outcomes for smaller patients and those with challenging joint conditions.

Course Objectives

• Learn how to approach TPLO surgery in toy breeds and cats, addressing unique anatomical considerations.
• Gain proficiency in using the vPOP Planning App for pre-surgical planning specific to toy breed TPLO cases.
• Learn how to modify the TPLO procedure in patients with concomitant patellar luxation.
• Master TPLO combined with Isometric Extracapsular Sutures to control internal rotation for improved surgical outcomes.
• Understand and utilize the OrthoSta system for enhanced surgical precision.
• Perform TPLO combined with Tibial Tuberosity Transposition (TTT) for managing low-grade MPL, and Distal Femoral Osteotomy (DFO) for high-grade MPL.
• Develop a deeper understanding of advanced surgical modifications to improve outcomes in patients with joint deformities.

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

Day 1

Day 2

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098 Call Us 435.200.2161 Email Us ce@nexus.vet

This course requires participants to have completed the TPLO - Advanced TPLO 1.

Now that you have are comfortable with TPLO to treat routine CrCL injuries in dogs, are you ready to tackle the most difficult patients? This course will address CrCL repair using TPLO in dogs that have excessively steep tibial plateau angles, concomitant limb deformities and revision strategies for dogs with a failed TPLO. Treating special conditions such as these require accurate planning and modifications of the traditional TPLO technique. If performed by a properly trained surgeon, clinical function can be excellent following treatment of these conditions.

Learning Objectives

• Learn how to perform a TPLO in dogs with an excessive tibial plateau angle.
• Learn how to perform a modified (neutral) cranial closing wedge osteotomy
• Learn how to perform a TPLO in a dog with a tibial deformity.
• Learn how to revise a TPLO complicated by a postoperative tibial fracture.

Participants are encouraged to invite a technician/assistant to join them for the course. Develop your surgical team when you train alongside each other to perform new procedures. Technicians/Assistants must be registered for the same product as their respective veterinarian in order to attend the course.

Day 1

Day 2

This unique facility is nestled on 1.4-acres in the quaint mountain town of Park City and is home to the Bark City Veterinary Specialists practice and Nexus Park City. The property has been newly renovated but retains its rustic mountain charm. Bark City is home to the renowned veterinary orthopedic surgeon, Dr. Brian Beale.

Included in Your Experience

When participating in a course at Nexus Park City, you can expect the following amenities to be included.

• Complimentary lunch
• All general/specialty instrumentation used in each course
• Instructor’s course notes

Visit Us 5373 UT-224, Park City, UT 84098
Call Us 435.200.2161
Email Us ce@nexus.vet