Emergency management of jaw trauma: Intensive course with DVM Dr. Ana Nemec, PhD, Dipl. AVDC, Dipl. EVDC, Assistant Prof. on September 5, 2026
Are you looking for a practical course to improve your skills in handling emergencies and jaw trauma in small animals? Then our course on September 5, 2026 is just right for you! Led by Dr. Ana Nemec, a renowned expert in this field, you can expect an exciting and educational day full of lectures and practical exercises.
Course language: English
Date: 05.09.2026
Program Director/Course Instructor Master's: DVM Dr. Ana Nemec, PhD, Dipl. AVDC, Dipl. EVDC, Assistant Prof.
Maximum number of participants: 10
Course location: doc4pets Academy Idar-Oberstein
ATF hours: expected 7 ATF hours
Price for both days: 999 EUR plus 19% VAT.
Emergency management for jaw trauma: Intensive course with Dr. Ana Nemec on September 5, 2026
Are you looking for a practical course to improve your skills in handling emergencies and jaw trauma in small animals? Then our course on September 13, 2025 is just right for you! Led by Dr. Ana Nemec, a renowned expert in this field, you can expect an exciting and informative day full of lectures and practical exercises.
Course content overview:
Time: 9:00 AM – 6:00 PM
Duration: 8 hours
- 9:00 – 9:45: Oral emergencies – Gain important insights into the initial care of emergencies in the oral cavity.
- 9:45 – 10:30: Maxillofacial trauma in cats – Learn all about the special challenges of treating jaw injuries in cats.
- 10:30 – 10:45Coffee break – A short break to recharge your energy for the practical exercises.
- 10:45 – 11:45: Practical exercises: Repair of symphyseal separation in cats Techniques such as cerclage wire and wire-reinforced splints are practiced intensively.
- 11:45 – 12:45: Practical exercises: Rigid maxillomandibular fixation device (MMF) in cats – Learn how to use and remove these devices.
- 12:45 – 13:30Lunch break – time to relax and network.
- 13:30 – 14:30: Practical exercises: Functional/semi-rigid MMF in cats and dogs – Use of orthodontic brackets and labial buttons.
- 14:30 – 15:30: Practical exercises: Risdon/Stout technique for mandibular fractures – Wire-reinforced rails and their removal.
- 15:30 – 16:30: Practical exercises: Repair of palatal separation according to von Langenbeck – Learn an effective technique for restoring the palate.
- 16:30 – 18:00: Practical exercises: Partial pulpectomy and restoration of dog teeth – With interactive analysis of X-ray images.
Why should you participate?
This course offers not only theoretical knowledge but also numerous practical exercises to refine your skills and develop routine in managing complex jaw injuries. Whether you already have experience in this field or wish to refresh your knowledge, this course is ideal for veterinarians who want to specialize in emergency management of jaw trauma.
Secure your spot now and benefit from intensive training under the guidance of a leading expert!
Special notes:
- Requirements: Clinical skills in dental X-ray imaging, regional anesthesia/analgesia (nerve blocks), periodontal therapy and tooth extractions are required.
Questions that will be addressed in the course include:
What biomechanical principles should be considered when treating jaw fractures in small animals?
Treating jaw fractures in small animals requires a thorough understanding of the biomechanical principles involved in stabilization and healing. The primary goal of treatment is to restore normal occlusion and jaw function while ensuring stable fixation. Crucially, this involves considering the mechanical forces acting during jaw movements, particularly tension, compression, and torsion. In many cases, rigid fixation methods are employed, such as intermaxillary fixation (IMF) or the insertion of miniplates, to maintain the anatomical alignment of the fractures. The biomechanical properties of the material used, such as modulus of elasticity and fracture toughness, also play a role in ensuring sufficient stability without impairing bone healing. An additional challenge is preserving the vascular supply to the fractured segment to prevent delayed healing or osteonecrosis.
What role does preoperative imaging play in the planning of orthodontic procedures in cats and dogs?
Preoperative imaging is an essential component of orthodontic planning in small animals. Detailed radiological findings allow for a precise assessment of the fracture type (e.g., transverse, oblique, comminuted fracture) and the anatomical structures involved. While conventional radiographs provide a basic overview, computed tomography (CT) is indispensable in many cases, as it allows for three-dimensional reconstruction of the fractures and surrounding tissue. This is particularly important for complex fractures of the maxilla, mandible, or temporomandibular joint. Furthermore, imaging plays a crucial role in identifying concomitant injuries, such as dentoalveolar fractures or soft tissue complications. A well-conceived preoperative plan, based on precise imaging data, can optimize surgical techniques, minimize the risk of intraoperative complications, and improve the prognosis.
What postoperative complications can occur in orthodontic treatment of pets, and how can these be detected and treated early?
Postoperative complications following orthodontic surgery in cats and dogs can be varied, ranging from mechanical problems to infections. One of the most common complications is malocclusion, which can be caused by inadequate fracture reconstruction or improper fixation. This often leads to masticatory dysfunction and may necessitate re-intervention. Infections, particularly in cases of open fractures or complex soft tissue injuries, can also occur and require immediate antibiotic therapy and thorough wound care. In rare cases, delayed bone healing or nonunion may occur, especially with insufficient stability or poor vascularization of the affected area. Careful postoperative monitoring, including regular radiographic examinations, is crucial for the early detection of these complications. Clinical signs such as persistent pain, swelling, purulent drainage, or an abnormal jaw movement pattern should be investigated promptly to initiate timely treatment.