Aboughalia Hassan,  Cheeney Safia,  Oztek Murat Alp,  Iyer Ramesh

Final Pr. ID: Poster #: EDU-051

Nuclear medicine, which encompasses a variety of body functions assessment, offers valuable complementary functional information to that provided by anatomic imaging. Scintigraphy is often underutilized in pediatric radiology. Thus, trainees may be less comfortable interpreting a pediatric scintigraphic study, especially when requested urgently after hours, given the varying degree of comfort reading nuclear medicine studies amongst faculty. Common pediatric scintigraphic studies encountered in this context are performed to evaluate for CSF shunt dysfunction, gastrointestinal bleeding, brain death, and Meckel’s diverticulum. Other less commonly encountered studies are done to assess for bile leak, post-renal transplant complications, and pulmonary embolism. The aim of this exhibit is to provide a brief overview of the nuclear medicine studies that may be encountered after hours to familiarize trainees with appropriate indications, imaging techniques, normal and abnormal scintigraphic findings, and pitfalls to be avoided when interpreting these studies with emphasis on the unique challenges in the pediatric population, such as the need for sedation. Read More

Authors:  Aboughalia Hassan , Cheeney Safia , Oztek Murat Alp , Iyer Ramesh

Keywords:  Scintigraphy, On-call, Resident education

O'brien Kevin,  Ong Seng

Final Pr. ID: Poster #: SCI-041

We intended to develop and test a PACS based radiology simulation program as an objective tool to evaluate residents. We utilized the simulator as the pediatric “end of rotation” (EOR) exam and compared it to our institution’s traditional EOR review. We hypothesized that a simulator evaluation tool would better identify areas for residents to improve, create a clear gradient of resident performance, or identify a struggling resident. Read More

Authors:  O'brien Kevin , Ong Seng

Keywords:  Simulation, Pediatrics, Resident, Education