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Posted on Jul 16, 2019 in Original Article | 0 comments

A mobile electronic record for lifestyle coaches in gestational diabetes prevention

 

David Simmons FRACP MD1, Tosin Daniels BSc (Hons)2, Daniel J Simmons BEng3, Mireille NM van Poppel4, Jürgen Harreiter MD5

1Western Sydney University, NSW, Australia and Cambridge University Hospitals, Cambridge, England

2Cambridge University Hospitals, Cambridge, England

3Techtonic Software, Norfolk, England

4Department of Public and Occupational Health, EMGO+-Institute for Health and Care Research, VU University Medical Centre, 1081 BT Amsterdam, the Netherlands and Institute of Sport Science, University of Graz, 8010 Graz, Austria

5Department of Medicine III, Division of Endocrinology, Gender Medicine Unit Medical University of Vienna

On behalf of the DALI core investigators group (see Appendix)

Corresponding author: da.simmons@westernsydney.edu.au

Journal MTM 8:1:37–49, 2019

doi:10.7309/jmtm.8.1.5


Background: Lifestyle programmes require a structured approach to be effective. Maintaining fidelity of coach-based interventions is challenging. Mobile devices may assist by supporting the use of an algorithm based approach.

Aims: To describe the development and challenges associated with a mobile technology approach to supporting a coach-based lifestyle programme for the prevention of gestational diabetes mellitus (GDM) in pregnancy.

Methods: Narrative approach to system design, with a survey of 12 lifestyle coaches involved in the pan-European multicentre DALI (Randomised controlled trial for the prevention of gestational diabetes mellitus (GDM) with vitamin D And Lifestyle Intervention) study.

Results: A mobile device based programme was associated with more technical issues than a web-based approach, particularly in relation to upgrades to improve usability and utility. Even after multiple upgrades, a paper approach was preferred by some coaches, and by most for aspects of the intervention that required greater coach-participant interaction (eg goal setting). Coaches generally preferred the mobile device approach for obtaining pre-existing data, structured data entry and for intervention prompts.

Conclusion: Mobile technology can facilitate coach-delivered lifestyle interventions. However, more work is required to minimise intrusion into the behavioural intervention.


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Posted on Jul 16, 2019 in Original Article | 0 comments

Myanmar is ready to engage mHealth applications for improved postoperative care

 

Sariah Khormaee MD PhD1, Athena Nguyen2, Esther Bartlett3, Michael Lwin4, Peter Chang MD5, Misja Ilcisin6

1Hospital for Special Surgery, Orthopedic Surgery

2Santa Clara University College of Arts and Sciences

3Santa Clara University College of Arts and Sciences

4KoeKoe Tech Co., Ltd

5Washington University, Orthopaedic Surgery

6KoeKoe Tech Co., Ltd

Corresponding author: sariah.khormaee@gmail.com

Journal MTM 8:1:29–36, 2019

doi:10.7309/jmtm.8.1.4


Background: There is incredible potential for telemedicine to advance postoperative care. Work in high-income nations shows the potential to use mobile phones to monitor postoperative recovery progress. However, there is little information about the attitudes of people in low resource countries, like Myanmar, toward the adoption of mHealth in postoperative care.

Aims: This study presents survey results collected in Myanmar to better understand cultural attitudes of this population towards adopting mHealth technologies to improve postoperative patient care.

Methods: A thirteen-question survey was developed, focused on demographic questions and attitudes towards physicians, the internet, and willingness to perform tasks on their mobile phones. Respondents were selected in a sample of convenience in urban and rural public spaces.

Results: Of the 125 people approached, 112 agreed to participate in the survey. A wide range of ages (18-78), genders (55.4% female), locations (22.3% rural, 77.7% urban) and ethnicities (67% Burmese) were represented. 85.7% were willing to make contact with a surgeon in a hypothetical postoperative setting via mobile phone. 83.0% were willing to fill out a survey about their postoperative state and 69.6% were willing to send a picture of their wound with their surgeon via mobile phone. A majority of respondents had a very high level of trust in physicians in general, most already owned a mobile phone with access to the internet and used it to look up health information.

Conclusion: Our results indicate that Myanmar could provide a promising location for the implementation of mHealth technologies to improve post-operative care.

Keywords: mobile health, telecare, health information on the Web, ehealth, assistive technologies


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Posted on Jul 16, 2019 in Original Article | 0 comments

mHealth Can Activate Patients to Discuss Hepatitis C Screening with Physicians

 

John B. Kellogg, BA1, Jessica D. Lee2, Daniel R. Murphy, MD, MBA1,3, Monisha Arya, MD, MPH1,3

1Baylor College of Medicine, One Baylor Plaza, Houston, TX 77030, USA;

2Rice University, 6100 Main St, Houston, TX 77005, USA;

3Center for Innovation in Quality, Effectiveness and Safety, Michael E. DeBakey VA Medical Center, 2002 Holcombe Blvd, Houston, TX 77030, USA;

Corresponding Author: Kellogg@bcm.edu

Journal MTM 8:1:20–28, 2019

doi:10.7309/jmtm.8.1.3


Background: Despite the prevalence of hepatitis C virus (HCV) and the availability of effective treatments, HCV screening remains suboptimal, in part due to primary care physicians’ (PCPs) unawareness of and discomfort discussing HCV risk factors. Patient-facing text message campaigns may overcome these barriers by empowering patients to initiate screening discussions with their PCPs.

Aims: The objectives were to evaluate a patient-facing text message campaign in terms of (1) feasibility, (2) acceptability, and (3) impact on patient-PCP discussions about HCV screening.

Methods: Primary care patients were recruited to receive either an HCV text message, which contained HCV information and a prompt to discuss HCV with their PCPs, or a calcium control text message. Forty minutes before their appointments, participants were sent their assigned text message. Participants were then called for an evaluation of the text message campaign.

Results: Of 185 patients called, 38 enrolled and completed the study. Participants who were sent an HCV text message (n=25) were significantly more likely to initiate a conversation with their PCPs about HCV screening than participants sent a calcium control text message (n=13) (p=0.008). Thirty-two (82%) participants liked receiving a health-related text message (88% in the HCV group; 70% in the control group).

Conclusions: A patient-facing HCV text message campaign shows promise as a novel method to activate primary care patients to initiate HCV screening discussions with their PCPs. This campaign may help educate patients about the importance of HCV screening, overcome physician barriers to screening, and, ultimately, help control the HCV epidemic.

Keywords: hepatitis C, text messaging, physician-patient relations, preventive health services, primary health care


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Posted on Jul 16, 2019 in Original Article | 0 comments

Teleophthalmology through handheld mobile devices: a pilot study in rural Nepal

 

Karen Hong1, Sean Collon2, David Chang3, Sunil Thakalli4, John Welling4, Matthew Oliva4, Esteban Peralta5, Reeta Gurung6, Sanduk Ruit6, Geoffrey Tabin1,4, David Myung1,7, Suman Thapa6

1Byers Eye Institute, Stanford University School of Medicine

2Vanderbilt University School of Medicine

3Los Altos Eye Physicians, Los Alto, CA

4Himalayan Cataract Project

5University of Florida School of Medicine

6Tilganga Institute of Ophthalmology, Kathmandu, Nepal

7Division of Ophthalmology, Veterans Affairs Palo Alto Health Care System, Palo Alto, CA

Corresponding Author: suman.thapa@tilganga.org

Journal MTM 8:1:1–10, 2019

doi:10.7309/jmtm.8.1.1


Background: To compare screening referral recommendations made by remotely located ophthalmic technicians with those of an ophthalmologist examining digital photos obtained by a portable ophthalmic camera system powered by an iOS handheld mobile device (iPod Touch).

Methods: Dilated screening eye exams were performed by ophthalmic technicians in four remote districts of Nepal. Anterior and posterior segment photographs captured with a Paxos Scope ophthalmic camera system attached to an iPod Touch 6th generation device were uploaded to a secure cloud database for review by an ophthalmologist in Kathmandu. The ophthalmic technicians’ referral decisions based on slit-lamp exam were compared to the ophthalmologist’s recommendation based on the transmitted images.

Results: Using the transmitted images, the ophthalmologist recommended referral for an additional 20% of the 346 total subjects screened who would not have been referred by the ophthalmic technician. Of those subjects, 34% were referred to the retina clinic. Conversely, among the 101 patients referred by the technician, the ophthalmologist concurred with the appropriateness of referral in more than 97% of cases but thought eight (2.8%) of those patients had variants of normal eye pathology.

Conclusion: An ophthalmologist who reviewed data and photos gathered with the mobile device teleophthalmology system identified a significant number of patients whose need for referral was not identified by the screening technician. Posterior segment pathology was most frequently found by the remote reader and not by the technician performing dilated slit lamp examinations. These results are promising for further clinical implementation of handheld mobile devices as tools for teleophthalmic screening in resource-limited settings.

Keywords: telemedicine, rural population, ophthalmology, referral and consultation, global health


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Posted on Mar 1, 2012 in Articles, Editorial | 0 comments

The Evolution of E-Health – Mobile Technology and mHealth

 
 


Dr Chandrashan Perera MBBS1,2
1Editor-In-Chief, Journal of Mobile Technology in Medicine, 2Austin Hospital, Melbourne, Australia
Corresponding Author: editor@journalmtm.com
Journal MTM 1:1:1-2, 2012
http://dx.doi.org/10.7309/jmtm.1


Medicine has always been an information intensive field from the first days of practice, when pearls of wisdom were passed along the generations as word of mouth. Throughout history, informatics has been an integral part of medicine, facilitating the storage and accession of vast amounts of data. This has come to the culmination of present day medical practice, which is built on the foundations of Electronic-Health (E-Health). New information is rapidly disseminated through electronic access to medical journals and other relevant sources of information. Patient data is increasingly stored electronically, and reference information including textbooks are stored electronically in websites.  The E-Health revolution digitized the world, and medicine has benefited immensely. Whilst having this information available electronically has numerous benefits, the delivery of this information to medical staff has been less than ideal, requiring doctors to be tied down to devices such as immobile desktop computers. The next stage in digital informatics is to gain rapid access in both storing and creating material in a convenient manner; and smartphones have been an instrumental tool in this evolution.

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