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Kalemikerakis,Ioannis
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IN BED TECHNOLOGIES FOR EARLY DETECTION OF PRESSURE INJURIES SYSTEMATIC
Article
Journal
oleh
Vandorou,Aggeliki
,
Vasilopoulos,Georgios
,
Fasoi,Georgia
,
Kalemikerakis
,
Ioannis
,
Kelesi,Martha
Terbitan:
2022
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Coping strategies of wounds to prevent abnormal scar formation
Article
oleh
Karatzaferi, Eustathia
,
Vasilopoulos, Georgios
,
Kalemikerakis
,
Ioannis
,
Castana, Ourania
Terbitan:
2017
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EMERGENCY DEPARTMENT TRIAGE SYSTEMS
Article
oleh
Koroni, Aristea
,
Kelesi, Martha
,
Kalemikerakis
,
Ioannis
,
Papageorgiou, Dimitris
,
Vassilopoulos, George
Terbitan:
2018
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Related Subjects
Introduction: Pressure injuries in the hospital burden the organizational resources and negatively affect the quality of life of patients. The purpose of this study was to review the use of bedside technologies for the early detection of pressure injuries
Trauma
Triage
and deep tissue injuries (DTPI). Methodology: This paper is a systematic review of the PubMed online database. Original studies published in the last decade in English were included. Results: A total of 9 studies were found representing a variety of technologies
emergency department
emergency severity index
healing process
including ultrasound (n=3)
management
meas-urement of subcutaneous moisture (n=2) and spectrophotometry and Doppler laser (n = 1). Hypodermic moisture measurement provided the most consistent capabilities in the timely detection of pressure injuries. Conclusions: The data provided in this systematic review support the use of subcutaneous moisture measuring devices as effective tools for early injury detection. However
more technology research is needed to support the use of existing and emerging devices to detect pressure injuries
non-erythematous pressure-related erythema (PrNBE)
scar prevention
thermography (n = 3)
triage systems
which include pressure-related erythema erythematosus (PrBE)
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