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Clinical Decision Support at the Point-of-Order Entry

Rationale and Objectives

We have been called to reform radiology undergraduate medical education (UME) curricula. Clinically available clinical decision support provides an opportunity to improve education regarding appropriate imaging utilization, patient safety, and cost-effective care.

Material and Methods

We created an education simulation portal utilizing integrated clinical decision support. The portal was then piloted with 34 volunteer medical students at our institution in a blended learning environment. A program assessment was performed utilizing the results from a qualitative survey, pre-test, and post-test.

Results

The large majority of medical students felt this supplemental education resource should be included in our UME curriculum (85.29%). All students perceived value in the education simulation portal. The students performed significantly better on the post-test in multiple categories (overall P <.0001), including Choosing Wisely topics ( P = .0207).

Conclusions

Based on our program assessment from this pilot program, we believe this innovative educational resource has significant potential to fill curricular gaps in radiology UME curricula. This platform is scalable and can be further customized to fill needs across the continuum of medical education.

Introduction

Medical imaging is an integral component of medicine, spanning the continuum of care. The invention of imaging modalities such as computed tomography, magnetic resonance imaging, and molecular imaging has significantly increased the reliance on medical imaging in clinical practice during recent decades . Contemporaneously, complimentary advances in information technology, informatics, and analytics are evolving at a staggering rate. These changes are superimposed upon a backdrop of healthcare reform. Undergraduate medical education (UME) curricula typically are not reflective of the omnipresence of imaging in the modern clinical practice; traditional curricula have not kept pace with these rapid advancements in technology and do not fulfill the evolving educational needs of medical students.

A call to reform radiology UME curricula has been made by medical school and radiology leadership. The large majority of medical students (95%) will pursue specialties other than radiology; therefore, evidence-based imaging utilization, cost-effective care, appropriate use of intravenous contrast, and judicious exposure of patients to medical radiation are essential elements to include in UME curricula . Although the American College of Radiology Appropriateness Criteria (ACR-AC) is a long-standing resource designed and available to facilitate appropriate imaging utilization, utilization has been low among medical students. The lack of an easy-to-use electronic format has been likely a barrier to medical student usage of the ACR-AC .

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Materials and Methods

Pilot Project

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Figure 1, Pilot Project Steps.

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ACR Select

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Education Portal

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Figure 2, Simulation Portal: An example case.

Figure 3, Clinical Decision Support Portal Interface and Feedback Panel.

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Pre-Test

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Introduction to the Pilot Project

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Simulation Education

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Post-Test

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Wrap-Up

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Program Evaluation

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Results

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Figure 4, Survey Results: Prior to Simulation Education.

Figure 5, Survey Results: After Simulation Education.

Figure 6, Survey Results: After Simulation Education.

Figure 7, Survey Results: After Simulation Education.

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TABLE 1

What Motivated You

Post-test Survey Question and Comments What motivated you to participate in this voluntary pilot project? Survey of the 38 learners completing the pilot Responses Learn more about ordering studies appropriately 11 Learn more about radiology 10 To have access to the clinical decision support tool (ACR Select) 6 To be helpful (medicine in general, my school) 4 Intrigued by the novel approach to learning 4 Become a better doctor 2Specific Comments “I really think there is an excess of ordering radiology tests in patients and I want to be a doctor who does what is needed and evidence proven, not someone who orders everything just to cover all the bases.” “I think that imaging is a huge part of the diagnostic process of medicine. There are so many different options that many clinicians and students do not fully understand so less appropriate tests of unnecessary tests are ordered that increase cost and increase discomfort and/or radiation exposure to the patient. This program could really help in preventing this and better guiding imaging decisions.” “I do not feel prepared to order correct imaging based on what I have learned in medical school so far. There is definitely a need for this in the curriculum.” “I felt highly unprepared when it comes to imaging modalities and ordering the appropriate tests, and felt overwhelmed by the radiology course in the pre-clinical curriculum. I thought this pilot program was a unique and interesting way to get more experience.” “Opportunity to participate with cutting edge clinical decision support software, which I feel is the future of medicine. I would also like to continue to use the program after the study.”

ACR, American College of Radiology.

TABLE 2

Education Portal

Post-test Survey Question and Comments How could the education portal be improved? Survey of the 38 learners completing the pilot Responses Recommended technical improvements:

13 More learning pearls provided with the answers 12 No recommendations and/or positive comment 7 Better matching of question stem with ACR Select information 3Specific comments “The cases were great overall. More explanation about the correct answer would be helpful in terms of learning. For instance, I’m still very confused about when to use contrast.” “I think that it has a lot of potential. Something that I would have found immensely useful would have been a short summary stating why the appropriate test was chosen (thought process, etc.).”

ACR, American College of Radiology.

TABLE 3

Support Tool

How could the clinical decision support tool (ACR Select) be improved? Survey of the 38 learners completing the pilot Responses Improved organization of the lists and columns within the interface 12 More information (“learning pearls”) in the decision support table 9 Improved function of the search tool 7 Less scrolling within the interface 6

ACR, American College of Radiology.

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TABLE 4

Pre-test and Post-test

Results: Pre-test and Post-test Variable Pre-test Post-test_N_ Mean ± SD 15/50/85 Percentile_N_ Mean ± SD 15/50/85 Percentile_P_ -Value Introductory cases 38 3 ± 0.77 2/3/4 34 3.03 ± 0.63 2/3/4 .7501 Intermediate cases 38 1.74 ± 0.95 1/2/3 34 3 ± 0.85 2/3/4 <.0001 Advanced cases 38 1.66 ± 0.97 1/2/2.15 34 2.26 ± 0.86 1.25/2/3 .0013 Modality questions 38 1.95 ± 1.11 1/2/3 34 2.24 ± 1.05 1/2/3 .0731 Choose Wisely topics 38 1.5 ± 0.92 0.85/1/3 34 1.85 ± 0.74 1/2/3 .0207 Overall performance 38 8.82 ± 2.06 6/9/11 34 11.1 ± 1.9 9/11/13 <.0001

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Discussion

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Conclusion

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Acknowledgments

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References

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