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The Next Frontier in Communication and the ECLIPPSE Study: Bridging the Linguistic Divide in Secure Messaging.

Citation
Schillinger, D., et al. “The Next Frontier In Communication And The Eclippse Study: Bridging The Linguistic Divide In Secure Messaging.”. Journal Of Diabetes Research, p. 1348242.
Author Dean Schillinger, Danielle McNamara, Scott Crossley, Courtney Lyles, Howard H Moffet, Urmimala Sarkar, Nicholas Duran, Jill Allen, Jennifer Liu, Danielle Oryn, Neda Ratanawongsa, Andrew J Karter
Abstract

Health systems are heavily promoting patient portals. However, limited health literacy (HL) can restrict online communication via secure messaging (SM) because patients' literacy skills must be sufficient to convey and comprehend content while clinicians must encourage and elicit communication from patients and match patients' literacy level. This paper describes the Employing Computational Linguistics to Improve Patient-Provider Secure Email (ECLIPPSE) study, an interdisciplinary effort bringing together scientists in communication, computational linguistics, and health services to employ computational linguistic methods to (1) create a novel Linguistic Complexity Profile (LCP) to characterize communications of patients and clinicians and demonstrate its validity and (2) examine whether providers accommodate communication needs of patients with limited HL by tailoring their SM responses. We will study >5 million SMs generated by >150,000 ethnically diverse type 2 diabetes patients and >9000 clinicians from two settings: an integrated delivery system and a public (safety net) system. Finally, we will then create an LCP-based automated aid that delivers real-time feedback to clinicians to reduce the linguistic complexity of their SMs. This research will support health systems' journeys to become health literate healthcare organizations and reduce HL-related disparities in diabetes care.

Year of Publication
2017
Journal
Journal of diabetes research
Volume
2017
Number of Pages
1348242
Date Published
12/2017
ISSN Number
2314-6753
DOI
10.1155/2017/1348242
Alternate Journal
J Diabetes Res
PMID
28265579
PMCID
PMC5318623
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