Rib Plating and Thoracic Lab
Logistics and Sponsor:
Held at Zimmer Biomet Institute at 16597 N 92nd St. STE 106 Scottsdale, AZ 85260 from 8:00-14:00
Sponsor: Zimmer Biomet
Rep: Michael McKelvey (mmckelvey@mcm-medical.com)
EPA Addressed:
#18 Evaluation and initial management of a patient presenting with blunt or penetrating trauma.
Supplies needed:
Program supplied: chest tubes, sutures for closures
Sponsor supplied: sternal saw, wires, plates, proprietary devices
Goals and Objectives
Goals:
Enhance Technical Proficiency with Thoracic Exposures
Promote Critical Decision-Making with Rib Plating Patient Selection
Foster the Integration of Technology with Surgical Practice
Objectives:
Chest Tube Placement: Residents will demonstrate safe and accurate chest tube placement, adhering to anatomical landmarks and procedural best practices.
Thoracotomy and Thoracic Closure: Residents will perform thoracotomies with emphasis on proper incision placement, tissue handling, and subsequent thoracic closure techniques.
Sternotomy and Sternal Closure: Residents will practice midline sternotomies and execute sternal closures using both traditional wiring techniques and plate fixation, ensuring secure and stable repairs.
Emergent Re-entry Protocols: Residents will simulate emergent re-entry scenarios requiring rapid plate and wire cutting, focusing on time-sensitive decision-making and operative safety.
Thoracic Nerve Cryoablation: Residents will learn the indications, techniques, and intraoperative considerations for thoracic nerve cryoablation as part of multimodal pain management.
Clavicle Plating: Residents will practice the principles of clavicle plating, including appropriate plate selection, contouring, and fixation to optimize fracture stabilization.
Augmented Reality Integration: Residents will utilize augmented reality tools to visualize underlying thoracic anatomy through the patient’s skin, enhancing their spatial understanding and procedural planning.
Clinical Scenarios
Scenario #1:
A 45-year-old male was the unrestrained driver in a high-speed motor vehicle collision. EMS had to extricate the patient and the stearing wheel was bent. He presented with severe chest pain as his only complaint. He is protecting his airway. He has blunted breath sounds bilaterally, crepitus over the right chest with paradoxical motion of his right lateral chest and saturations at 90% despite 15L O2 on a non-rebreather mask. He has good distal pulses with a blood pressure of 145/90 and a heart rate of 110 bpm without ectopy. There are no other signs of trauma. Initial chest x-ray demonstrates multiple rib fractures bilaterally including left 4-7 non-displaced anterolateral rib fractures and right 3-9 displaced anterolateral rib fractures with 4-8 broken posteriorly with minimal displacement. He has a hemopneumothorax on the right and a pneumothorax on the left.
Scenario #2:
A 32-year-old male is brought to the emergency department by ambulance after sustaining a gunshot wound to the left anterior chest during an altercation. On arrival, he is visibly pale and diaphoretic. His vital signs are: blood pressure is 85/55 mmHg, heart rate 135 beats per minute, and respiratory rate 28 breaths per minute. He is protecting his airway but has tracheal deviation to the right. On auscultation, breath sounds are diminished on the left side, and there is evidence of subcutaneous emphysema. Chest examination reveals a 2-cm gunshot wound just below the left nipple. 1 unit of whole blood increases the blood pressure to 95/60, but his heart rate stays at 135 bpm. eFAST demonstrates a left pneumothorax with a large associated pleural effusion, no pericardial effusion, and no intraabdominal fluid.
Scenario #3:
A 28-year-old female presents to the emergency department following a stab wound to the precordial region sustained during an altercation at a local gas station. Upon arrival, she is confused and in significant distress. Her initial vital signs reveal a blood pressure of 80/50 mmHg, a heart rate of 130 beats per minute, and a respiratory rate of 26 breaths per minute. Physical examination shows a 1.5-cm stab wound located just inferior to the left nipple, with surrounding ecchymosis. Cardiac auscultation reveals distant heart sounds, and there is evidence of jugular venous distension. A focused assessment with sonography for trauma (FAST) reveals a pericardial effusion with signs of tamponade physiology.
Instructional Resources
Primary resources:
Chest Anatomy:
Basics of Thoracic Surgery:
Ribs/Chest:
Education Resources – Chest Wall Injury Society
SSRF Criteria video - YouTube <- 100% Review this video prior to the course
EAST Guidelines: Rib Fractures, Open Reduction and Internal Fixation of (UPDATE IN PROCESS) - Practice Management Guideline
Rib Plating:
RibFix Advantage: RibFix® Advantage Animation | Zimmer Biomet
Minimally invasive demonstration: RibFix Advantage Intrathoracic Rib Fixation - YouTube
RibFix Titan: ribfixtitan_Lateral Extra.mp4 - Google Drive
Sternum:
Sternotomy: CTSNet Step-by-Step Series: Midline Sternotomy
Sternotomy closure with wires: CTSNet Step-by-Step Series: Sternal Closure Using Stainless Steel Wires
Sternal Wire Closure: DoubleWire Sternal Closure - YouTube
Sternal Plating: SternaLock® Blu Primary Closure System
Additional resources:
Open Chest Tube Placement:
Epicardial Pacing Wire Placement:
Thoracic irrigation:



Mock Orals
Scenarios are made up, and any similarity to real cases is by coincidence only.
Checklists
Complete the rib plating lab.
Be able to discuss the indications and contraindications for rib plating.
Demonstrate safe chest tube placement.
Discuss strategies to reduce the risk of retained hemothorax as well as the workup and management of retained hemothorax.
Demonstrate an anterior (or posterolateral if possible) thoracotomy and closure.
Discuss strategies to reduce pain from closure.
Demonstrate a sternotomy and closure.
Discuss pros and cons of wire versus plate closures.
Demonstrate cryoablation techniques.
Demonstrate clavicular stabilization techniques after emergent subclavian access.