The management of COVID-19 patients in the ICUs requires several and prolonged life-support systems (mechanical ventilation, continuous infusions of medications and nutrition, renal replacement therapy). Parameters have to be entered continuously into the device user interface by healthcare personnel according to the dynamic clinical condition. This leads to an increased risk of cross-contamination, use of personal protective equipment and the need for stringent and demanding protocols. Cables and tubing extensions have been utilized to make certain devices usable outside the patient's room but at the cost of introducing further hazards. Remote control of these devices decreases the frequency of unnecessary interventions and reduces the risk of exposure for both patients and healthcare personnel.

Preventing infectious diseases in Intensive Care Unit by medical devices remote control: Lessons from COVID-19

Comoretto R. I.;
2021-01-01

Abstract

The management of COVID-19 patients in the ICUs requires several and prolonged life-support systems (mechanical ventilation, continuous infusions of medications and nutrition, renal replacement therapy). Parameters have to be entered continuously into the device user interface by healthcare personnel according to the dynamic clinical condition. This leads to an increased risk of cross-contamination, use of personal protective equipment and the need for stringent and demanding protocols. Cables and tubing extensions have been utilized to make certain devices usable outside the patient's room but at the cost of introducing further hazards. Remote control of these devices decreases the frequency of unnecessary interventions and reduces the risk of exposure for both patients and healthcare personnel.
2021
61
119
124
COVID-19; HAI; Healthcare-associated infections; Infectious diseases; KRT; Medical devices; Monitoring; Remote control; Renal replacement therapy; RRT; Ventilators; COVID-19; Critical Care; Cross Infection; Health Personnel; Humans; Infection Control; Intensive Care Units; Occupational Exposure; Renal Replacement Therapy; Respiration, Artificial; Risk; Robotics; Personal Protective Equipment
Garzotto F.; Comoretto R.I.; Ostermann M.; Nalesso F.; Gregori D.; Bonavina M.G.; Zanardo G.; Meneghesso G.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1841686
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