High-flow nasal oxygen therapy is commonly used in intensive care unit (ICU). Intra-hospital transfer of critical patients is frequent: 1) to perform diagnostic 2) between emergency room or medical wards and ICU. During theses transfers, oxygenation should be continued. There is high-flow nasal oxygen therapy for transport using an external battery. This mode of operation in transport mode allows about 30-45 min of autonomy. Intra-hospital transport under high-flow nasal oxygen therapy has been previously described on children. The objective of this study is to evaluate the occurrence of complications during intra-hospital transports under high-flow nasal oxygen of critical patients.
High-flow nasal oxygen therapy is commonly used in intensive care unit (ICU). Intra-hospital transfer of critical patients is frequent: 1) to perform diagnostic 2) between emergency room or medical wards and ICU. During theses transfers, oxygenation should be continued. There is high-flow nasal oxygen therapy for transport using an external battery. This mode of operation in transport mode allows about 30-45 min of autonomy. Intra-hospital transport under high-flow nasal oxygen therapy has been previously described on children. The objective of this study is to evaluate the occurrence of complications during intra-hospital transports under high-flow nasal oxygen of critical patients.
Study Type
OBSERVATIONAL
Enrollment
175
Evaluation of the incidence and nature of adverse events during intra-hospital transport of patients undergoing high-flow nasal oxygen therapy provided by intensive care units
Hospital Center of DAX
Dax, France
CH de Martigues
Martigues, France
CHU Orléans
Orléans, France
CH Bretagne Atlantique vannes-Auray
Vannes, France
Incidence of severe adverse events during intra-hospital transport
To evaluate the incidence of severe adverse events during intra-hospital transport of patients treated with high-flow nasal oxygen surpervised by an ICU staff. Severe adverse event is defined by the occurrence of intubation during transport or severe hypoxemia defined as pulse oxygen saturation (SpO2 \< 80%) or cardiorespiratory arrest.
Time frame: Up to 28 days
Incidence of minor adverse events during intra-hospital transport
To evaluate the incidence of minor adverse events during intra-hospital transport of patients treated with high-flow nasal oxygen surpervised by an ICU staff. Minor adverse event is defined by the occurrence of the need to increase the FiO2 or a pull-out of nasal cannulas or the use of an alternative mode of oxygenation (standard oxygen or noninvasive ventilation) or a failure of high-flow nasal oxygenation system (ie battery failure)
Time frame: Up to 28 days
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