Courtney Rees Lyles

Dr. Courtney Rees Lyles

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Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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3 December 2015 in Journal of Medical Internet Research
Verified
Journal Article
Open access
LTLina Tieu
Lina Tieu
USUrmimala Sarkar
Urmimala Sarkar
DSDean Schillinger
Dean Schillinger
JRJames D Ralston
James D Ralston
NRNeda Ratanawongsa
Neda Ratanawongsa
CLCourtney Rees Lyles
Courtney Rees Lyles
Journal of Medical Internet Research - International Scientific Journal for Medical Research, Information and Communication on the Internet

9 November 2021 in JAMA
Verified
Journal Article
Open access
PDF file
CLCourtney Rees Lyles
Courtney Rees Lyles
RWRobert M. Wachter
Robert M. Wachter
USUrmimala Sarkar
Urmimala Sarkar
This Viewpoint describes ways in which health care digital tools and platforms can be designed and implemented to address long-standing health equity disparitie

2 June 2020 in Annals of Internal Medicine
Verified
Journal Article
Open access
CLCourtney Rees Lyles
Courtney Rees Lyles
ENEugene C. Nelson
Eugene C. Nelson
SFSusan Frampton
Susan Frampton
PDPatricia C. Dykes
Patricia C. Dykes
ACAnupama G. Cemballi
Anupama G. Cemballi
USUrmimala Sarkar
Urmimala Sarkar
Ninety percent of health care systems now offer patient portals to access electronic health records (EHRs) in the United States, but only 15% to 30% of patients use these platforms. Using PubMed, t...

16 December 2022 in Annual Review of Public Health
Verified
Journal Article
Open access
CLCourtney Rees Lyles
Courtney Rees Lyles
ONOanh Kieu Nguyen
Oanh Kieu Nguyen
EKElaine C. Khoong
Elaine C. Khoong
AAAdrian Aguilera
Adrian Aguilera
USUrmimala Sarkar
Urmimala Sarkar
Current digital health approaches have not engaged diverse end users or reduced health or health care inequities, despite their promise to deliver more tailored and personalized support to individuals at the right time and the right place. To achieve digital health equity, we must refocus our attention on the current state of digital health uptake and use across the policy, system, community, individual, and intervention levels. We focus here on ( a) outlining a multilevel framework underlying digital health equity; ( b) summarizingfive types of interventions/programs (with example studies) that hold promise for advancing digital health equity; and ( c) recommending future steps for improving policy, practice, and research in this space.

29 August 2019 in JMIR mHealth and uHealth
Verified
Journal Article
Open access
SNSarah S Nouri
Sarah S Nouri
PAPatricia Avila-Garcia
Patricia Avila-Garcia
ACAnupama Gunshekar Cemballi
Anupama Gunshekar Cemballi
USUrmimala Sarkar
Urmimala Sarkar
AAAdrian Aguilera
Adrian Aguilera
CLCourtney Rees Lyles
Courtney Rees Lyles
Background: Health care systems are rapidly deploying digital tools for disease management; however, few studies have evaluated their usability by vulnerable populations. To understand the barriers to app usage among vulnerable populations, we employed user-centered design (UCD) methods in the development of a new text messaging app. Objective: The study aimed to describe variations in patients’ engagement in the app design process, focusing on limited health literacy (LHL), limited English proficiency (LEP), and limited digital literacy (LDL). Methods: We conducted 20 in-depth semistructured interviews with primary care patients at a public health care system, used open-ended discussions and card sorting tasks to seek input about mobile phones and text messaging, and used open coding to categorize the patterns of mobile phone usage and to evaluate engagement in the card sorting process. We examined qualitative differences in engagement by examining the extensiveness of participant feedback on existing and novel text messaging content and calculated the proportion of patients providing extensive feedback on existing and novel content, overall and by health literacy, English proficiency, and digital literacy. Results: The average age of the 20 participants was 59 (SD 8) years; 13 (65%) were female, 18 (90%) were nonwhite, 16 (80%) had LHL, and 13 (65%) had LEP. All had depression, and 14 (70%) had diabetes. Most participants had smartphones (18/20, 90%) and regularly used text messaging (15/20, 75%), but 14 (70%) of them reported having difficulty texting because of inability to type, physical disability, and low literacy. We identified 10 participants as specifically having LDL; 7 of these participants had LEP, and all 10 had LHL. Half of the participants required a modification of the card sorting activity owing to not understanding it or not being able to read the cards in the allotted time. The proportion of participants who gave extensive feedback on existing content was lower in participants with limited versus adequate English proficiency (4/13, 30% vs 5/7, 71%), limited versus adequate health literacy (7/16, 44% vs 3/4, 75%), and limited versus adequate digital literacy (4/10, 40% vs 6/10, 60%); none of these differences were statistically significant. When examining the proportion of patients who gave extensive feedback for novel messaging content, those with LHL were less engaged than those with adequate health literacy (8/16, 50% vs 4/4, 100%); there were no statistical differences by any subgroup. Conclusions: Despite widespread mobile phone use, digital literacy barriers are common among vulnerable populations. Engagement in the card sorting activity varied among participants and appeared to be lower among those with LHL, LEP, and LDL. Researchers employing traditional UCD methods should routinely measure these communication domains among their end-user samples. Future work is needed to replicate our findings in larger samples, but augmentation of card sorting with direct observation and audiovisual cues may be more productive in eliciting feedback for those with communication barriers.

25 November 2019 in Current Diabetes Reports
Verified
Journal Article
Closed access
PDF file
LMLindsay Satterwhite Mayberry
Lindsay Satterwhite Mayberry
CLCourtney Rees Lyles
Courtney Rees Lyles
BOBrian Oldenburg
Brian Oldenburg
COChandra Y. Osborn
Chandra Y. Osborn
MPMakenzie Parks
Makenzie Parks
MPMonica E. Peek
Monica E. Peek