View clinical trials related to Intensive Care Units.
Filter by:The primary aim is to describe platelet function in adult patients treated with extracorporeal membrane oxygenation (ECMO). A clarification of the platelet function in these critically ill patients contributes to an understanding of the mechanisms underlying their coagulopathy. The present study is a substudy to the study entitled; "Coagulopathy During Extracorporeal Membrane Oxygenation" (pending Clinical Trial ID number).
ICU patient's complications are notably due to multiple infections with high risks of sepsis. Those infections would be worsened by any antibiotic resistance mechanism. Thus, reducing MDR portage in health care unit is a global strategy that will benefit for the patients and the health system organization. Fecal Microbiota transfer and restoration is a promising strategy to achieve this purpose.
Sleep disturbances frequently occur in intensive care unit (ICU) patients undergoing mechanical ventilation. In a previous study, sedative dose dexmedetomidine (median 0.6 microgram/kg/h) improved sleep quality in mechanically ventilated patients. However, for mechanically ventilated patients, light sedation is better than deep sedation for the outcomes, which is manifested as shortened length of ICU stay, shortened duration of mechanical ventilation, and decreased mortality. In a recent study of the investigators, non-sedative low-dose dexmedetomidine (0.1 microgram/kg/h) improved sleep quality in non-mechanically ventilated elderly patients admitted to the ICU after surgery. The investigators hypothesize that, in mechanically ventilated patients who are admitted to the ICU after surgery, low-dose dexmedetomidine may also improve sleep quality.
The aim of this study is to investigate whether postoperative ventilation with INTELLiVENT-ASV(adaptive support ventilation) in high risk patients, after cardiothoracic surgery, is as effective, more user-friendly and as safe as compared to the conventional modes of ventilation.
This study will identify the changes in different muscles of patients receiving Extracorporeal Membrane Oxygenation (ECMO) during critical illness and admission to Intensive Care Unit (ICU). The information will help guide development of treatments such as exercise that may help to reduce the amount of muscle wasting that can occur during critical illness.
Recently, hyperoxia has been recognized as being potentially deleterious for critically ill patients, with increased duration of mechanical ventilation and even with increased mortality rates. This could be related to pulmonary lesions (including notably atelectasis) but also to increased tissue damage and organ dysfunctions, secondary to increased/induced oxidative stress. At last higher FiO2 led to "over-consumption" of oxygen and therefore to additional costs. Usually, FiO2 and oxygen flows are modified according to the monitoring of SpO2. But, it has also been recognized that modifying FiO2 (and oxygen flows) according to SpO2 monitoring is not routinely (or easily) done. Indeed, nurses (and doctors) are reluctant to reduce oxygen flows when everything appear under control. The ORI (Oxygen Reserve Index) is an index measured using non-invasive SpO2 sensors (Rainbow sensors- MASIMO) that evaluates non-invasively PaO2 (partial pressure of oxygen). An ORI ≤0 indicates that PaO2 is less than 100 mmHg. When ORI increases (i.e. ORI≥0.01) PaO2 is higher than 100 mmHg. This index increases up to 1. ORI between 0.01 and 1 indicates that PaO2 is probably between 100 and 200 mmHg. Thus, monitoring critically ill patients using the ORI, may help identifying when PaO2 is high and when FiO2 (or oxygen flows in non-intubated patients) may be reduced. This could help reducing the time with hyperoxia (i.e. PaO2 ≥100 mmHg or ≥80 mmHg). The purpose of this feasibility study is to evaluate if the use of ORI can help to decrease length of moderate hyperoxia (PaO2>100mmHg) in critically ill patients, in comparison with monitoring the SpO2 only.
Patients are admitted to intensive care for serious diseases (sepsis, ARDS ...) burdened with a high mortality rate. Invasive methods of resuscitation and the diseases treated can lead to serious sequelae. Follow-up studies of patients at hospital discharge report most often the quality of life using validated quantitative scales. A recent consensus of the American Society of resuscitation an update on the physical, cognitive and psychological sequelae of ICU hospitalization for the family and the patient, grouped under the term "post-intensive care syndrome." Social changes, emotional and professional are little studied and are not part of the information provided by the quality of life questionnaires. The investigators hypothesize that intensive care stay entails a profound effect on the lives of patients. This study will add additional data on a little known aspect of post resuscitation.
This multicenter cohort aims to assess the impact of within-hospital trajectories of patients admitted in intensive care units from emergency departments on vital prognosis of patients, duration of hospital stay and hospital costs. As secondary objectives, the study will: - assess the impact of clinical and demographic characteristics on hospital trajectories of patients. - assess the impact of emergency units workload, beds availability in medical units and in intensive care units, and global hospital organisation on patients care trajectories.
The HATRICC study will use mixed methods to implement a standardized process for operating room to intensive care unit handoffs that is accepted and sustainably used by perioperative clinicians.
The Foley catheter is one component in a catheter insertion procedure that could contribute to a catheter associated urinary tract infection (CAUTI). Improvement in the catheter insertion procedures using the ERASE CAUTI Tray system may help to lower these infection rates.