Original article
Integrating Imaging Informatics Into the Radiology Residency Curriculum: Rationale and Example Curriculum

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Imaging informatics, as part of the wider emerging discipline of medical informatics, remains poorly defined. However, many educators agree that formalized and flexible training in the collection, display, manipulation, storage, retrieval, and communication of imaging data, as well as the integration of these data into larger databases, should be introduced into the period of radiology residency training. The authors review the importance of such training to those individuals now preparing for clinical practice and research. They describe a sample imaging informatics curriculum that can be incorporated into a 4-year radiology residency program and the significance of such training in establishing a new subdiscipline focusing on imaging information technologies.

Section snippets

The development of imaging informatics as a radiology subspecialty

In biology, synergy occurs when 2 different forms of life cooperate to work together as a new entity, often resulting in much more rapid evolutionary change than would result from random mutation and natural selection. When different scientific disciplines borrow from one another and combine to form a new specialty, similar dramatic advances can result in relatively short periods.

From its origins in mathematics and military applications, digital technology has evolved to become an integral part

First Year of Training

A resident entering the first year of residency should be encouraged to develop at least moderate general computer skills. Unlike clinical skills, the basic techniques required to work with PACSs, automated dictation, and information systems software can be acquired without in-depth knowledge of the technologies’ structure and function. Because the use of these systems is essential for clinical tasks, the first-year curriculum should focus on practical use issues.

  • Patient care

  • Basic use of a

Conclusion

Imaging practitioners are faced with the important task of making critical decisions about technology implementation and integration, radiologist workflow, imaging economics, and standards for quality and security. Demands for imaging services and qualified radiologists are at an all-time high. The common denominator in addressing these needs is technology, which provides radiologists with an opportunity to improve the quality, timeliness, and security of services.

Although radiology has from

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