A clinical laboratories compound located in an underground fortified emergency hospital: the rambam health care campus model

Effective medical response in emergency situations requires meticulous preparedness, including in maintaining critical diagnostic services. This study examines the rapid activation and operation of clinical laboratory services at the Fortified Underground Hospital (FUH) in the Rambam Health Care Campus, during times of crisis. The study explores the facility’s infrastructure, emergency protocols, and the adaptive strategies employed by the laboratory to ensure continuity of care under extreme conditions. The FUH’s laboratory services, which are vital for timely diagnoses, are designed to function seamlessly during emergencies, offering key insights into the resilience of healthcare systems. Emphasis is placed on the importance of flexibility, robust training, and integrated communication networks in maintaining laboratory operations during high-pressure scenarios. Since Rambam Hospital has continued nearly all of its clinical activities during this emergency situation, including trauma care, elective surgeries, oncology and hematology clinics, our laboratory infrastructure has been required to support both routine diagnostics and specialized testing to meet the hospital’s diverse needs. In our setup, we utilized the same routine laboratory equipment rather than relying on separate, stored devices designated only for emergencies. Regularly maintained systems provide greater reliability and consistency, thereby reducing the risk of analytical errors. Moreover, this approach enabled us to maintain the same high quality of service, including with respect to turnaround times. The findings highlight valuable lessons for global emergency preparedness, emphasizing the need for adaptable healthcare infrastructure, strategic partnerships, and equitable access to diagnostic services. This research underscores the significance of preparedness and adaptability in safeguarding the continuity of care, even in the most challenging medical emergencies.