Management of suspected and confirmed patients with COVID-19 |
Preparedness |
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Identifying facilities in the hospital and ensuring technical maintenance
-Training frontline healthcare workers on the management of outbreaks
-Carrying out practical exercises within the various units (ID, IPC, ICU, ED, microbiological laboratory)
-Anticipating the links between pre-hospital care and hospital care
-Testing the system during suspected cases of previous emerging infectious diseases (e.g. MERS-CoV, Ebola)
-Implementing the technical supervision across units by head nurses who have sufficient experience and are regularly trained
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Adapting to a new microorganism |
-Setting up scientific and epidemiological bibliographic watch
-Local adaptation of national and international protocols
-Regular crisis meetings involving healthcare workers, head of departments and administrative staff to ensure a comprehensive and collective strategy
-Adapting the strategy in real time to the evolution of the epidemiology and scientific knowledge
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Biosafety level 3 (then 2) laboratory examinations |
-Having on-site RT-PCR as soon as possible
-Regular training of laboratory technicians on biosafety levels 3 and 2
-Developing point-of-care testing at the bedside
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Anticipating the increase of cases |
-Setting up an outpatient 24/24 circuit in the ID department for possible cases
-Planning for a sustained and increased response involving every hospital department
-Anticipating the circuits to be implemented in the event of an increase in cases
-Securing central storage of medical equipment organized by the IPC and logistics department that secondarily dispatch the equipment in order to avoid stealing and stock-outs (masks, etc.)
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Logistical considerations |
Moving patients in the hospital for radiological examinations or surgery |
-Information and training of the healthcare workers of the second-line departments (radiology technicians, stretcher-bearers, surgical nurses) upstream of the request for transport, examination or surgery
-Pre-identified safety circuits for patients
-Mobilizing the security team to prevent access during transport
-Systematic medical supervision of transport/examinations
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Organizing the switchboard |
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Links with the pre-hospital care |
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Hazardous waste management |
-Anticipating the risk of outbreaks with the provider
-Communicating with the provider about the epidemic
-Involving hospital management team
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Managing and taking care of healthcare workers |
Healthcare workers' anxiety |
-Press conference to the general public in order to limit the spread of rumours coming from outside
- Real-time information of the healthcare workforce and of all the hospital staff
-Effective leadership by the heads of department and the hospital management
-Regular communication on the local situation (e.g. on the intranet)
-Organizing psychological support and team feedback
-Systematic surveillance of exposed healthcare workers
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Increased need for healthcare workers |
-Mobilization within the pool of hospitals (e.g. AP-HP) or at the regional level
-Identifying the professions that are the most needed: in our case; nurses, laboratory technicians, switchboard personnel and staff in the intensive care units
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Avoiding double standards between healthcare workers who take care of the suspected and confirmed cases and those who do not |
-Emphasizing the importance of usual care
-Ensuring a rotation of healthcare workers who are involved in SARS-CoV-2 management
-Creation of pairs of healthcare workers with an experienced nurse coupled with a nurse in training in order to rapidly increase the number of trained healthcare workers
-Regular team meetings to keep proximity
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Continuing usual care, research and teaching activities as long as possible |
Evaluating and anticipating collateral effects |
-Documenting the different aspects of the impact, direct and indirect on the healthcare structure
-Setting up a financial envelope to cover the costs of the management of the outbreak
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Increasing the availability of beds |
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Organizing the development of research projects |
-Putting in place a ‘crisis cell’ for research purposes
-Pre-validation of circuits to deal with research during epidemics (e.g. ISARIC)
-Harmonizing clinical research with patient care
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Maintaining teaching activities |
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