Application of a telemedicine platform, isolation communication management system, for the care of dangerous infectious disease: a case series

K Enfield, B Mehring, R Carpenter… - Open Forum …, 2015 - academic.oup.com
K Enfield, B Mehring, R Carpenter, K Rheuban, D Cattell-Gordon, D Gunnell, T Corey
Open Forum Infectious Diseases, 2015academic.oup.com
Background. Isolation is needed for the safe care of patients with potentially highly
contagious and virulent infectious agents (eg Ebola, MERS-CoV). We hypothesized that
telemedicine could be a unique tool to improve team safety and enhance patient care for
individuals with these conditions. Isolation Communication Management System
(iSOCOMS) was developed to: reducing staff exposure when communicating with patient;
facilitating student involvement without potential exposure; improved monitoring of patient …
Background. Isolation is needed for the safe care of patients with potentially highly contagious and virulent infectious agents (eg Ebola, MERS-CoV). We hypothesized that telemedicine could be a unique tool to improve team safety and enhance patient care for individuals with these conditions. Isolation Communication Management System (iSOCOMS) was developed to: reducing staff exposure when communicating with patient; facilitating student involvement without potential exposure; improved monitoring of patient and staff; patient support through family contact, chaplaincy, and family unencumbered by PPE; and monitoring patient movement into the unit.
Methods. iSOCOMS uses secure, standards-based Cisco Infrastructure to allow for the integration of fixed end-points, desktop video-conferencing, mobile telehealth and on-line telehealth education through Star Telehealth.
Results. iSOCOMS has been tested for the care of 3 PUI with over 194 hours of continuous use.
Oxford University Press
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