Reach-back to subject matter experts improves healthcare quality, influences the decision to evacuate and reduces costs: an observational study of the UK Defence Medical Services Deployed Telemedicine System

被引:0
作者
Booker, Richard J. [1 ]
Hunter, A. [2 ,3 ]
Sharpe, D. [4 ]
Claydon, M. [5 ]
Bartels, O. [6 ]
Naumann, D. [7 ,8 ]
机构
[1] Joint Hosp Grp HQ, Def Med Serv, Lichfield, England
[2] Joint Hosp Grp South, Def Med Serv, Lichfield, England
[3] Salisbury Dist Hosp, Acute Med Unit, Salisbury, England
[4] Joint Hosp Grp South East, Def Med Serv, Lichfield, England
[5] 21 Multirole Med Regiment,British Army Land Forces, Andover, England
[6] Def Med Serv, DMS Digital, Lichfield, England
[7] Royal Ctr Def Med, Acad Dept Mil Surg & Trauma, Birmingham, England
[8] Queen Elizabeth Hosp Birmingham, Dept Trauma & Emergency Gen Surg, Birmingham, England
关键词
Health informatics; Information technology; Telemedicine; World Wide Web technology;
D O I
10.1136/military-2024-002941
中图分类号
R5 [内科学];
学科分类号
1002 ; 100201 ;
摘要
Introduction The UK Defence Medical Services (DMS) have used the medical instant messaging application Pando (Forward Clinical, London) since 2019. This application is used to deliver a deployed telemedicine system comprising a wide range of specialist advice teams. We report an 18-month evaluation of workload, user experience and military effect.Methods Server data pertaining to the 'Ask Advice' function from 1 January 2023 to 30 June 2024 were analysed retrospectively. During the same period, a voluntary online, anonymous survey was offered to all requestors of advice, evaluating the impact of advice on evacuation decision-making, estimations of costs saved and healthcare quality.Results There were 833 eligible advice conversations during the study period. The three most frequently consulted specialties were trauma and orthopaedics, hand surgery, and ear, nose and throat. There were 274 responses to the survey. 168/274 (61%) responses reported that telemedicine had changed the evacuation priority. 102/274 (37%) responses reported cost savings and 245/274 (89%) responses said that the quality of healthcare was improved.Conclusions The DMS Deployed Telemedicine System is used most days, and users report improvement in healthcare quality for patients. There has been a meaningful impact on the decision to evacuate service persons, with the likelihood of significant cost savings. Benefits may be realised during warfighting activity if assured bearers and bandwidth can be provisioned to military medical services.
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共 18 条
[1]   Trauma care supported through a global telemedicine initiative during the 2023-24 military assault on the Gaza Strip, occupied Palestinian territory: a case series [J].
Alser, Khaled ;
Mallah, Saad, I ;
Abu El-Oun, Yehya Rami ;
Ghayada, Mohammed ;
Sammour, Abd Al-Karim ;
Gilbert, Mads ;
Fitzgerald, Simon ;
Shaikh, Zarina ;
Alser, Osaid .
LANCET, 2024, 404 (10455) :874-886
[2]   Infectious Disease Teleconsultation to the Deployed US Military From 2017-2022 [J].
Bennett, William N. ;
Markelz, Ana E. ;
Kile, Michael T. ;
Pamplin, Jeremy C. ;
Barsoumian, Alice E. .
MILITARY MEDICINE, 2023, 188 (7-8) :E1990-E1995
[3]   Applying a Military Teleophthalmology Mobile App in a Noncombat Emergent Care Setting [J].
Chung, Robert T. ;
Legault, Gary L. ;
Stowe, Jennifer S. ;
Miller, Kyle E. ;
Moccia, Michelle A. ;
Cooper, Mabel R. ;
Little, Jeanette R. ;
Gensheimer, William G. .
MILITARY MEDICINE, 2023, 188 (9-10) :E2909-E2915
[4]   Teleophthalmology Prevents Unnecessary Evacuation from Warzone [J].
Cocozza, Victoria R. ;
Santamaria, Joseph A. ;
Giles, G. Bryant ;
Keehn, Marion C. ;
Miller, Kyle .
MILITARY MEDICINE, 2020, 185 (5-6) :E909-E911
[5]   Operational Virtual Health Modalities Increased Combat Power for 1st Squadron, 2nd Cavalry Regiment During the Enhanced Forward Presence Mission [J].
Cornfeld, Robert ;
Cranney, Nathaniel ;
Rudy, Elena .
MILITARY MEDICINE, 2020, 185 (7-8) :E1216-E1221
[6]   Use of Instant Messaging Applications by General Practitioners During Overseas Deployment: A Survey of the French Military Health Service [J].
Got, Yannis ;
Borotikar, Bhushan ;
Sandillon-Garetier, Cecile ;
Le Coat, Anne ;
Dulou, Renaud ;
Garetier, Marc .
MILITARY MEDICINE, 2023, 189 (7-8) :e1745-e1752
[7]   Use of telemedicine for trauma care since the Russian invasion of Ukraine: A qualitative assessment [J].
Koehlmoos, Tracey Perez ;
Kanagaratnam, Amandari ;
Korona-Bailey, Jessica ;
Amowitz, Zoe ;
Maddox, John S. ;
Hamm, Tiffany E. ;
Berezyuk, Oleh ;
Lawry, Lynn Lieberman .
JOURNAL OF TELEMEDICINE AND TELECARE, 2024,
[8]   Telemedicine Deployments Within NATO Military Forces: A Data Analysis of Current and Projected Capabilities [J].
Lam, David M. ;
Poropatich, Ronald K. .
TELEMEDICINE JOURNAL AND E-HEALTH, 2008, 14 (09) :946-951
[9]   Advanced Virtual Support for Operational Forces: A 3-Year Summary [J].
McLeroy, Robert D. ;
Kile, Michael T. ;
Yourk, Daniel ;
Hipp, Sean ;
Pamplin, Jeremy C. .
MILITARY MEDICINE, 2022, 187 (5-6) :742-746
[10]   Secure app-based secondary healthcare clinical decision support to deployed forces in the UK Defence Medical Services [J].
Naumann, David N. ;
McMenemy, L. ;
Beaven, A. ;
Bowley, D. M. ;
Mountain, A. ;
Bartels, O. ;
Booker, R. J. .
BMJ MILITARY HEALTH, 2024, 170 (03) :207-211