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Commonly defined as “a state of emotional, mental, and often physical exhaustion brought on by prolonged or repeated stress”, burnout has become a very real and pervasive problem within the radiology profession. In combination with an ongoing global radiologist shortage, a reinforcing vicious circle is created.
Intelligent workflow automation solves radiology’s worklist management problem by automatically prioritizing and distributing cases to the most appropriate subspecialist based on credentials, workload, availability, and SLA requirements, while providing analytics to identify bottlenecks and quality issues. This eliminates wasted radiologist time determining which study to read next and creates a unified, cross-enterprise reading environment that increases productivity, reduces turnaround time, and improves quality.
Radiologist time is wasted determining which study to read next despite being the most expensive and scarce resource in imaging organizations. The pressure to keep turnaround time low and RVUs high while maintaining quality and fulfilling non-reading tasks creates unforgiving operational strain. Resources are stretched thin and too costly to waste on manual workflow decisions rather than actual diagnostic interpretation.
InteleOrchestrator’s assignment engine constantly evaluates and prioritizes cases in real time using multiple variables. The system accounts for radiologist subspecialty, credentials, workload, location, and availability while factoring in service-level agreement (SLA) requirements and STAT escalation needs. Cases are automatically and consistently distributed to ensure the right study is read by the right person at the right time.
What are the benefits of automated case distribution? A smart, context-aware worklist creates a more balanced workload across the organization. This results in higher quality interpretations, reduced turnaround time, and higher radiologist satisfaction. The system eliminates costly over-reads by ensuring radiologists only read exams for which they are credentialed, preventing wasted subspecialist resources on studies outside their expertise.
InteleOrchestrator provides an analytics platform that measures practice productivity, value, and quality through comprehensive workflow data. Performance dashboards track individual reading workload and progress with integrated analytics to compare trends over time.
Which specific metrics are available for analysis? The system monitors turnaround times for every segment in the exam lifecycle, averaged by shift, reading location, radiologist, modality, site, and priority. Additional metrics include time spent in dictation for each exam aggregated by procedure code, when and where exams were read, radiologist type (FT/PT/teleradiologist, subspecialty), operations requests with time spent completing them, results communication time, and exam metrics including body part, subspecialty, RVU, work unit, SLA compliance, and subspecialist read status.
Workflow analytics identify quality vulnerabilities and enable targeted solutions. InteleOrchestrator incorporates a double-blinded peer review process with random assignment, supporting both ongoing peer review to meet specific quotas across site, radiologist, and modality, and focused peer review for controlled assignment by exam type or radiologist in areas needing improvement.
What does peer review data reveal about quality patterns? Analysis of unfavorable peer review scores by time of day shows radiologists are more inclined to make mistakes when busy, tired, or hungry. Monitoring this data over time establishes when quality is most vulnerable. Organizations can then investigate workflow changes such as assigning easier cases during mid-day hours to radiologists who have been working longer, or implementing schedule changes to mitigate quality risks during vulnerable periods.
InteleOrchestrator works with a variety of third-party diagnostic viewers and voice recognition systems. When paired with Intelerad’s InteleOne XE interoperability solution, it seamlessly links users from a single diagnostic viewer interface to patient images and reports stored in disparate systems across an organization’s imaging ecosystem.
What does cross-enterprise workflow integration enable? The combination aggregates reading tasks and relevant priors from any repositories across the enterprise into a single, actionable, intelligent worklist. This unified workflow enhances productivity and resource utilization organization-wide. All authorized users—whether at imaging centers, hospitals, remote facilities, or working from home—experience seamless, universal access to patient orders, images, and structured reporting across diverse patient identifier domains.
A modernized reading environment makes it easier to attract and retain radiologists, addressing a key concern for imaging organizations. According to Worth Saunders, CEO of Greensboro Radiology and President of Canopy Partners, “The combination of Intelerad’s workflow and diagnostic solutions with its intelligent worklist technology has allowed us and our clients to manage workflow more efficiently and intelligently. It’s been a key driver of our growth.”
How does automation reduce radiologist burnout? Removing the burden of deciding which study to read next increases efficiency and productivity of an organization’s most expensive resources. Streamlining the process of locating relevant priors stored in other systems, using analytics to identify bottlenecks, and reducing study backlog all contribute to a more sustainable working environment that supports radiologist satisfaction and retention.
Intelerad’s intelligent workflow technology is AI-enabled and can be augmented with meaningful information through a vendor-neutral interface. This capability is critical as artificial intelligence’s role in medical imaging evolves and becomes more established, allowing organizations to integrate AI tools without disrupting existing workflows.
Establishing a unified, intelligent, cross-enterprise workflow is vital to the success and growth of medical imaging operations—whether hospital-based, imaging center, or independent radiology practice. Organizations can increase efficiency and productivity, streamline prior exam retrieval, use analytics to identify and solve bottlenecks, increase interpretation quality, reduce study backlog, eliminate costly over-reads, and establish or enhance multi-specialty 24×7 support. The possibilities expand significantly once organizations implement intelligent, automated workflow technology that removes manual worklist management barriers.
[1] – Burn-out an “occupational phenomenon”: International Classification of Diseases. World Health Organization. 28 May 2018 www.who.int
[2] – Medscape National Physician Burnout, Depression & Suicide Report 2019, slide 3. Kane. 16 Jan 2019 www.medscape.com
[3] – Medscape National Physician Burnout & Depression Report 2018, slide 3. Peckham. 17 Jan 2018 www.medscape.com
[4] – Prevalence of Burnout Among Canadian Radiologists and Radiology Trainees. Zha, Nanxi et al. Canadian Association of Radiologists Journal, Volume 69, Issue 4, 367 – 372 www.ncbi.nlm.nih.gov
[5] – Over 70% of interventional radiologists polled experience career burnout. Interventional News. 11 July 2019. www.interventionalnews.com
[6] – A Crisis in Health Care: A Call to Action on Physician Burnout. Massachusetts Medical Society, Massachusetts Health and Hospital Association, Harvard T.H. Chan School of Public Health, and Harvard Global Health Institute, 2018 https://cdn1.sph.harvard.edu
[7] – Estimating the Attributable Cost of Physician Burnout in the United States. Han S, Shanafelt TD, Sinsky CA, Awad KM, Dyrbye LN, Fiscus LC, et al. Annals of Internal Medicine; 170(11): 784-790. 28, May 2019 https://annals.org/
case-studies
Montgomery Radiology Associates (MRA) unified 16 hospital PACS systems into one reading workflow using IntelePACS™ and InteleOrchestrator™.
case-studies
Breast imaging radiologist, Dr. Chirag Parghi, tripled his daily reading volume from 50 to 150 studies per day after adopting InteleScreen. The platform unified fragmented mammography systems into a single workstation, integrated AI to support earlier cancer detection, and enabled remote collaborative reading without extending work hours.
data-sheet
InteleShare’s Epic integration enhances patient experience and reduces provider workload by delivering enterprise-wide patient data access, enabling your team to focus on patient-centered care while empowering patients to take control of their health data.