Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer
Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer is a paper indexed in ScholarIQ from OpenAlex.
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Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer has 14 citations in the OpenAlex counts ScholarIQ stores.
When was Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer published?
Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer has 2016 year in the ScholarIQ index.
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Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer has closed oa status in the ScholarIQ index.
What is the DOI of Pediatric Thoracoscopic Surgical Simulation Using a Rapid-Prototyped Chest Model and Motion Sensors Can Better Identify Skilled Surgeons Than a Conventional Box Trainer?
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