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Official Journal of the Italian Society of Orthopaedics and Traumatology

Table 5 Summary of resident survey results (four residents interviewed)

From: Three-dimensional printed models can reduce costs and surgical time for complex proximal humeral fractures: preoperative planning, patient satisfaction, and improved resident skills

Resident questionnaire

Public hospital

University hospital

Media

Average

DS

Media

Average

DS

1. How reliable was the diagnosis of the articular damage (comminution and number of fragments) based only on computerized images? (1–10)

7.3

7

1.61

7.4

7.5

1.62

2. How reliable was the diagnosis of the articular damage (comminution and number of fragments) after handling the 3D-printed model? (1–10)

9

9

0.77

9.1

9

0.70

3. Did the availability of the 3D-printed model influence your surgical indication? (yes/no)

Yes = 6, 30%

No = 14, 70%

  

Yes = 2, 10%

No = 18, 90%

  

4. Did the 3D-printed model influence implant selection? (yes/no)

Yes = 20, 100%

No = 0, 0%

  

Yes = 20, 100%

No = 0, 0%

  

5. Would you use 3D-printed models for other fractures and would you suggest their use to any of your colleagues? (yes/no)

Yes = 20, 100%

No = 0, 0%

  

Yes = 20, 100%

No = 0, 0%

  

6. Have you ever simulated a trauma surgery with a 3D-printed model? (yes/no)

Yes = 0, 0%

No = 20, 100%

  

Yes = 0, 0%

No = 20, 100%

  

7. How much security and confidence would you have with surgery if you could always simulate it first? (1–10)

8.3

8.5

0.78

8.3

8

0.64