Main Session
Sep 29
QP 31 - Medical Education/Professional Development Quick Pitch

1182 - Radiation Oncology for the Non-Radiation Oncologist: Results from a Hospital-Wide Training Intervention

05:25pm - 05:30pm ET
Room 254

Presenter(s)

Nadia Saeed, MD Headshot
Nadia Saeed, MD - Harvard Radiation Oncology Program, Boston, MA

N. A. Saeed1, Z. L. Cosner2, T. A. Balboni3, and H. A. Shih4; 1Department of Radiation Oncology, Brigham and Women's Hospital and Dana-Farber Cancer Institute, Harvard Medical School, Boston, MA, 2Harvard Radiation Oncology Program, Boston, MA, 3Brigham and Women's Hospital, Boston, MA, 4Department of Radiation Oncology, Mass General Brigham Cancer Institute, Boston, MA

*NS and ZC are co-first authors & will co-present.

Purpose/Objective(s): Oncology requires extensive multidisciplinary collaboration. However, most providers have limited exposure to radiation oncology (RO) during training. There is minimal data describing formal educational interventions in this sphere.

Materials/Methods: We developed a hospital-wide educational intervention consisting of a case-based, interactive lecture to improve knowledge and understanding of emergent & inpatient RO. We delivered the intervention to trainees in internal medicine, emergency medicine, medical oncology, radiology, neurosurgery, orthopedics, gynecology-oncology, urology, otolaryngology, and ophthalmology within our hospital network. The first portion of the 1-hour lecture covered general principles of radiation therapy (RT), relevant toxicities, and logistics of simulation and treatment. The second portion focused on indications for inpatient & emergent RT through 2-3 specialty-specific cases. We assessed attitudes toward and knowledge regarding RO with pre- & post-intervention surveys. Objective knowledge was assessed with true/false questions. Subjective knowledge and attitudes were assessed on a Likert scale. Wilcoxon matched pairs signed rank test was used to compare pre- & post-attendance survey responses. This study was approved under expedited IRB.

Results: We presented our intervention to 266 staff and received 121 pre-intervention and 58 post-intervention surveys. Of these, there were 52 matched survey responses. Among matched respondents, 69.2% were residents, 19.2% fellows, and 3.8% medical students. Only 28.8% had experience in a RO department, and 63.4% had previously consulted RO. Training year ranged from medical student to PGY-7. Questions regarding objective knowledge covered simulation requirements, washout for systemic therapy, patient eligibility, contraindications to RT, basics of RT, and urgent/emergent indications for RT. There was a significant improvement in overall objective knowledge comparing matched pre- & post-attendance correct responses (p<0.0001). Likert scale responses also demonstrated significant improvement in subjective knowledge after the intervention.

Conclusion: This hospital-wide 1-hour, RO educational intervention improved knowledge of and attitudes toward RO among non-radiation oncologists. Such an intervention is feasible and may improve multidisciplinary collaboration in cancer care.

Pre and Post Assessments

P-value

Understanding the role of inpatient RT

<0.0001

Understanding conditions requiring inpatient RT

<0.0001

Familiarity with placing RO consults

<0.0001

Familiarity with logistical challenges

<0.0001

Familiar with benefits of inpatient RT

<0.0001

Confidence in communication with RO team

<0.0001

Confidence in discussion RT with patients

<0.0001

Familiarity with RT side effects

<0.0001

Sufficient understanding of RT for specialty role

<0.0001

Importance of familiarity with RT for specialty

0.0007