
Hospital Text Page Communications Remain Inefficient, Disruptive to Care
Experts compare existing paging methods within hospitals to "paved cowpaths."
Paging is constant in hospitals. Although technology is changing the nature of it significantly, there is still evidence that it remains inefficient, causing disruptions in workflow.
A new study out of the University of California San Francisco, published in JAMA Internal Medicine, found several flaws in text page messaging practices at one hospital that likely apply across many. The team looked at 575 unique messages sent between personnel at an academic tertiary care facility for their content and priority. The messages were sent through a web-based paging system that the researchers themselves had previously developed.
The largest portion (49%) of messages were sent by nurses, with physicians (75%) overwhelmingly being the recipients. The researchers read, coded, and wrote messages based on themes in the samples and used a codebook to code messages independently. Overwhelmingly, they found limited standardization and no real consistency in terms of urgency tagging (93% were marked nonurgent and 81% did not include an indicator of response urgency).
The typical messages they found were from nurses to physicians, listing a series of patient metrics and seeking further advice on procedures and tests. Many were introduced as “FYI” but actually contained questions, and many also listed incomplete health metrics (“ie, heart rate without blood pressure”) or used different terms to refer to measurements. Another study published in early 2016 found that despite overwhelmingly being clinically relevant, a majority of observed pages did require a response, “potentially leading to interruptions in workflow, and communication waste.” 
“Often, lack of clarity in text page messages introduced potential for delays or lack of understanding among team members,” the authors of the new University of California study observed. They wrote that text paging “has significant limitations for real-time communication in acute-care settings,” underscoring from other findings of that communication.
The authors hope that 
Kenneth D. Mandl, MD, MPH, and Elaine Khoong, MD wrote 

















































