Methods: To broaden generalizability, a local pilot study of microsystem operational failures was expanded to 42 medical-surgical units through a new national improvement research network. Network members formed a virtual research collaborative, supported by the network coordinating center and virtual laboratory. Team science principles were employed to create a common goal around a rigorous study and strong team relations. The virtual collaboratory venue provided central databases, assured fidelity of the protocol through a specialized implementation kit and site monitoring, and supported research capacity-building.
Results: Within 9 months, the 14-hospital research team was formed, research protocol deployed, fidelity maintained, and 16,000 data points collected and analyzed. Analysis of two study sites revealed that out of 2683 reported operational failures, 28% were related to equipment/supplies failures (n=751), 19% related to medication (n=507), 15.8% related to information/communication failures (n=425), 15.3% related to staffing/training failures (n=411) and 4.4% related to physical unit layout (n=117). 17.6% of failures were recorded within the “Other” category (n=472).
Conclusions: Research network concepts were successfully applied in a national network to investigate healthcare delivery improvement, providing a wide and generalizable base for scale up and spread. The cyberinfrastructure, networking processes, and approaches achieved research capable of producing evidence sufficient to drive policy.
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