by Jessica Murphy, Marketing Manager, Systems and Reagents, Thermo Fisher Scientific
In the ever-evolving landscape of medical diagnostics, the efficient management of autoimmune disease testing is becoming increasingly vital. Conditions such as rheumatoid arthritis, lupus, and multiple sclerosis require precise and timely testing to ensure accurate diagnosis and effective treatment and symptom management. However, diagnosing autoimmune diseases often comes with its own set of unique challenges.
Labs rely on automated and semi-automated systems to handle a high volume of tests for both allergy and autoimmune within a single shift. However, these specialized assays often require different instruments, which can take up valuable space and lead to inefficient workflows. Additionally, the shortage of medical technologists, allergists, and rheumatologists can create significant obstacles to achieving rapid, accurate diagnostics and may impact patient outcomes.
As lab managers and staff face increasing demands to do more with fewer resources, it’s essential to focus on streamlining instruments and methodologies. Reducing redundancy and optimizing workflows can enhance both employee efficiency and patient care.
Addressing Increased Demand with More Efficient Workflows
Allergic disease prevalence continues to increase each year and is now the sixth leading cause of chronic illness in the U.S. On the autoimmune side, it can take a patient more than four years to receive an accurate diagnosis, which involves a range of tests, including autoantibody panels, antinuclear antibody (ANA) tests and comprehensive metabolic panels1.
The complexity of these tests, combined with high volumes and demand for testing services, necessitates efficient workflows to maintain accuracy and speed. Streamlined processes can significantly reduce patient wait times, optimize laboratory resources, and minimize errors.
In a recent analysis, Geisinger Medical Center (Geisinger), a 550-bed hospital in Danville, Pennsylvania, underwent a workflow optimization study aimed at improving patient care and lab productivity and capacity. The hospital compared the operational efficiencies of their lab at different points in time as they embarked on an exercise in consolidating allergy and autoimmune equipment and lab expansion. The results were significant:
- Manual labor time reduced by 38%.
- Testing volume increased by 77% owing to efficiency gains.
- 90 square feet of lab space was saved, a 42% improvement, by reducing the overall number of instruments in the lab
This data provides a compelling argument for labs to regularly evaluate and optimize their workflow to be able to meet their goals while staying viable and profitable2. But addressing the human element is also critically important to making workflow improvements a reality, especially as burnout runs rampant in healthcare on both the clinician and lab sides.
Overcoming Resistance to Workflow Optimization
Resistance to new technologies and vendor consolidation often stems from concerns about costs, potential disruptions to established workflows, and the need for extensive training. For laboratory professionals, the fear of workflow interruptions and the potential for increased complexity in their day-to-day jobs can be significant barriers. Additionally, there is often pressure from higher management to demonstrate the value of new technologies and ensure a smooth transition with minimal impact on ongoing operations.
To effectively address these challenges, it is essential to provide comprehensive training and support and clearly articulate the long-term benefits of optimized workflows. For example, after integrating the Thermo Scientific Phadia 250 system at Geisinger, the lab saw a notable reduction in total cumulative testing time to just 15.3 hours for a single day2. This integration led to a net savings of approximately 2.4 hours per day, representing a 14% improvement in efficiency2, giving lab staff critical time back in their day to prioritize other projects or pursue activities outside of work. Such time savings underscore the practical benefits of adopting new technologies.
Strategies to overcome resistance to consolidation and workflow changes include:
- Tailored Training: Offering in-depth, customized training that addresses the specific needs and concerns of the lab staff can help alleviate fears about adapting to new systems. Training should be practical, hands-on, and relevant to the daily tasks and workflows of the lab.
- Transition Support: Providing resources and support to ensure a smooth transition is crucial. This can include step-by-step implementation plans, dedicated support teams during the transition phase, and ongoing technical assistance.
- Communication of Benefits: Clearly communicate the long-term benefits of the new technologies, such as increased efficiency, accuracy, and overall improvements in workflow. Demonstrating how these benefits outweigh the temporary inconveniences can help build buy-in from staff.
- Collaborative Partnership: Work with a partner who prioritizes making the transition as seamless as possible. High-quality service, including exceptional training and outstanding customer support, is highly valued by labs. Having a dedicated point of contact who is readily available to address concerns and answer questions can make a significant difference.
Ultimately, addressing these concerns proactively and providing robust support can transform the transition process from a challenging task into a rewarding experience, enhancing both operational efficiency and staff satisfaction.
A Path Forward
Streamlining workflows in autoimmune diagnostics is not just a technical necessity but a fundamental step towards enhancing overall healthcare quality. As laboratories face pressures from increased testing and complex diagnostic requirements, embracing innovations and optimizing workflows becomes crucial. This transformation promises to reduce delays, minimize errors, and significantly improve patient care and outcomes. By investing in automation and workflow efficiency, diagnostic labs can not only meet the rising demands of allergy and autoimmune testing but also set a new standard for excellence in medical diagnostics.
In the face of evolving challenges, the commitment to refining diagnostic processes will pave the way for more accurate, timely, and accessible patient care. This forward-thinking approach will ensure that laboratories are better equipped to handle the intricacies of allergy and autoimmune disease testing, ultimately leading to improved patient outcomes and more effective management of these complex conditions.
References
1. Autoimmune disorders. Mount Sinai Health System. (n.d.). https://www.mountsinai.org/health-library/diseases-conditions/autoimmune-disorders#:~:text=Tests%20that%20may%20be%20done,differential%20(CBC%20with%20WBC%20differential)
2. Murphy, J., Miller, C., Hurst, K., & Yu, H.-Y. E. (2022). Improving laboratory workflow efficiency for autoimmune and allergic disease testing. Thermo Fisher Scientific. https://corporate.thermofisher.com/content/dam/phadia/library/en/Phadia_Lab_Systems_Study_Geisinger_Medical_Center_Workflow_Analysis.pdf