Evaluation of Medical Student Experience Using Medical Student Created StudentPACS Flash Based PACS Simulator Tutorials for Learning Radiological Topics

Salil Soman, Judith K. Amorosa, Luke Mueller, Jun Hu, Lily Zou, Anjali Masand, Christina Cheng, Jaskirat Virk, Hemesh Rama, Ian Tseng, Keyur Patel, Sarah E. Connolly

Research output: Contribution to journalArticlepeer-review

8 Scopus citations


Rationale and Objectives: With studies regularly containing hundreds of images, the authors believe that the ability to efficiently review numerous images and identify findings is an important skill to teach medical students. Using the StudentPACS Adobe Flash extension, created within their department, the authors created StudentPACS modules that provide users with a virtual picture archiving and communication system environment, in which findings can be selected by mouse, triggering questions with referenced answers. The aim was to assess medical students' impressions of how learning from these modules compared to their personal experiences learning radiology from textbooks or static images. Materials and Methods: StudentPACS modules were created by medical students on elective under the supervision of resident and attending radiologists. MS I to IV students were then asked to complete StudentPACS modules that tied in with their current coursework, followed by an anonymous survey. Approximately 293 students participated. Results: The majority of students reported that StudentPACS modules were either equivalent to or better than learning from static images or textbooks (90 ± 3% [257 of 285], P < .00002), were not difficult to use (85 ± 4% [248 of 293], P < .00002), presented them with clinical content that tied in well with the depicted imaging (90 ± 3% [263 of 293], P < .00002), and taught them new information (69 ± 5% [202 of 293], P < .00002). Most respondents felt the StudentPACS modules presented information they would find useful in clinical practice (91 ± 3% [266 of 293], P < .00002), reported satisfactory experiences using StudentPACS modules as a source of self-directed learning material (79 ± 5% [232 of 293], P < .00002), and stated that they would use StudentPACS modules for learning different topics in the future (85.6 ± 4% [244 of 285], P < .00002). Conclusion: Medical students found using StudentPACS modules at least equivalent to, if not better than, using static books or annotated images.

Original languageEnglish (US)
Pages (from-to)799-807
Number of pages9
JournalAcademic radiology
Issue number6
StatePublished - Jun 2010

All Science Journal Classification (ASJC) codes

  • Radiology Nuclear Medicine and imaging


  • PACS
  • Radiology education
  • teaching methods


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