Educational training program
BehavioralThe educational training program (intervention) consists of four sequential phases:
- Knowledge Acquisition
- Skills Assessment
- Deliberate Practice
- Clinical Proficiency
NCT Number: NCT02385253
This is a four-phase educational intervention for primary care practitioners (PCPs) to perform opportunistic melanoma surveillance. Based on prior research, the investigator will develop an interactive melanoma early detection skills training program for PCPs according to the principals of mastery learning. The proposed educational intervention will improve practicing PCPs' knowledge, competence, confidence, and diagnostic performance regarding pigmented lesions and attitude concerning importance of skin surveillance. In addition, this research aims to examine the clinical proficiency of PCPs regarding pigmented lesions. The proposed educational intervention will reduce the percentage of benign lesions referred to dermatology.
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Notify Me18 year and older
All sexes
Interventional
Not applicable
Northwestern Medicine: Division of General Internal Medicine and Geriatrics, Chicago, Illinois, United States
Cutaneous melanoma is considered a potentially curable disease if detected early. Primary care physicians (PCPs) are well positioned to detect early melanomas by performing opportunistic melanoma surveillance on the at-risk population during physical examination. Opportunistic surveillance means physician performance of visual inspection of skin exposed during your physical examination focused on the presenting condition. Opportunistic surveillance requires skills in both visual inspection of the skin and with magnification of the skin by a hand-held device, a dermoscope. (This research aims to 1) develop an easily disseminated, interactive melanoma early detection skills training program for PCPs and to 2) to examine the clinical proficiency of PCPs regarding pigmented lesions.
The knowledge to be gained by PCPs is essential to the development and successful introduction of a method for physicians to learn how to perform opportunistic surveillance for melanoma. By evaluating means of encouraging and facilitating opportunistic surveillance for melanoma, an educational program may eventually be brought into widespread use in training PCPs.
In addition to a Pre-training Test and Post-training Test, each of the phases of the educational training program is described below:
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
for PCPs:
Exclusion criteria
for PCPs:
Inclusion criteria
for Patients providing lesions to be photographed:
Exclusion criteria
for Patients providing lesions to be photographed:
The educational training program (intervention) consists of four sequential phases:
Time frame: Baseline and 5 months
The difference-in-difference (DID) approach will be used to test the hypothesis that the educational intervention improved knowledge, attitude concerning importance of skin exam, competence, confidence, and diagnostic performance. The difference-in-difference estimator compares outcomes between pre-tests and post-tests between PCPs who received the educational intervention and those who did not.
Each PCP will be the unit of observation. We will choose an appropriate functional form for each outcome.For each outcome, a DID estimator that is significant at p < 0.05 will support the hypothesis that the educational intervention improved outcomes. This analysis will be repeated for each of the five outcomes. We will use the Bonferroni correction for multiple comparisons.
Time frame: Three months prior randomization, Three months post intervention
The difference-in-difference (DID) approach will be used to test the hypothesis that the intervention reduced referrals of benign lesions. The model will be estimated using a random effects logistic regression to account for clustering due to repeated measures for each PCP (about 8 referrals before randomization and another 8 after the intervention). A 95% confidence interval for the odds ratio of α3 that falls below one will support the hypothesis.
Northwestern University
Other
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