Post-operative mortality in case of scheduled surgery is 3% in France (Lancet 2013) mainly due to cardiovascular or respiratory complications, by decompensation of pre-existing pathologies. Complications due to the medical practice are the third cause of morbidity (BMJ, 2016). More than half are preventable and are mainly observed in surgical patients. In conventional hospitalization, excluding intensive care, monitoring is done discontinuously for most of the patients, which does not allow early diagnosis of a vital cardiovascular or respiratory failure. Diagnosis and late treatment do not allow good recovery. The early identification of a vital failure by the continuous monitoring of three simple physiological parameters (SpO2, heart rate and respiratory rate) would allow faster management by the hospital staff and a reduction in immediate and possibly delayed postoperative mortality.
The challenge of this research is to transpose in an ordinary hospitalization unit the continuous monitoring of vital functions carried out in intensive care by the continuous measurement of simple parameters using the "SMART ANGEL Intra-hospital" System's (connected medical devices and alerts).
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
OTHER
Masking
QUADRUPLE
Enrollment
2,000
Nurse intervention according to the alert level + traditional monitoring
No alert + traditional monitoring + alert in case of imminent life threat
Assistance Publique Hôpitaux de Paris - CHU Henri Mondor
Créteil, France
Difference in response times for nurses
Difference in response times between the two groups as measured by the difference between the exact time of occurrence of the complication and the time of caregiver intervention.
Time frame: between inclusion visit and day 30
Mortality during hospitalisation
Within 30 days of the intervention
Time frame: between inclusion visit and day 30
Mortality within 30 days of surgery
Time frame: between inclusion visit and day 30
Percentage of transfers to intensive care unit
Time frame: between inclusion visit and day 30
Length of stay
Time frame: between inclusion visit and day 30
ICU length of stay
Time frame: between inclusion visit and day 30
Rate of calls to the doctor on duty
Time frame: between inclusion visit and day 30
Percentage of re-hospitalization within 30 days
Time frame: between inclusion visit and day 30
Percentage of hospitalisations in follow-up care and rehabilitation care units
Time frame: between inclusion visit and day 30
Percentage of patients managed at home
Time frame: between inclusion visit and day 30
False positive rate
Alert without complication for the patient
Time frame: between inclusion visit and day 30
Incremental cost-effectiveness ratio
Time frame: between inclusion visit and day 30
Patient acceptability
Quantitative and qualitative assessment of the device's usability by the patient via Questionnaire and interview
Time frame: between inclusion visit and day 30
Acceptability of care teams
Questionnaire and interview
Time frame: between inclusion visit and day 30
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