View clinical trials related to Critical Illness.
Filter by:Enhancing the anabolic effect of nutrition in critically ill patients by administering exogenous amino acids.
This study evaluates patients on ECLS treatment as considered appropriate with mortality and health related Quality of life and costs.
The purpose of this study is to collect a large amount of data that may assist in addressing the gap in knowledge of understanding pupillometer readings using a pupillometer device. The aim of this project is to establish normative values for pupillometer data. Measures of central tendency will be developed for the variables provided by automated pupillary exams, which will provide an enhanced understanding of clinically appropriate pupil values for size, reactivity, and neurological pupil index.
This study aims at validating the accuracy of the new indirect calorimeter (Q-NRG, COSMED, Italy), developed for the ICALIC multicenter study. The validation of accuracy will only be conducted in Geneva center. The measurements made with the new calorimeter will be compared to the measurements by the mixing chamber method using a mass spectrometer (MAX300-LG, Extrel, USA) for gas composition analysis.
CHAOS is based on the investigator's new and exciting results from pre-clinical and large longitudinal multi-center observational clinical studies of critically ill patients and asymptomatic community-based adults with little or no advanced disease. By integrating approaches from the physical, biological, computational, statistical and clinical sciences, this observational study will test the hypothesis that early diagnosis of subclinical signatures of critical illness encoded within physiological signals complements conventional clinical predictors by providing unique prognostic insight. The primary goal is to reduce mortality, morbidity and complications by early identification of individuals with brewing subclinical critical illness and adverse events before overt clinical presentation (e.g., cardiac arrest, arrhythmias, hemorrhage, respiratory failure, circulatory collapse). This will provide the necessary lead time for healthcare providers to deliver early, more effective and/or preventive therapies. Through innovative approaches, CHAOS also meets the challenge of medical errors to reduce missed diagnosis, misdiagnosis, preventable harm and variability in provider adherence to best practice guidelines. The goal is to validate predictive algorithms and identify subclinical signatures of illness, ranging from asymptomatic adults in the community to very sick patients in the hospital. The overall goal is to make healthcare more precise, effective, efficient, safe and timely while reducing costs, preventable harms and adverse events.
Intensive Care Unit Acquired Weakness(ICUAW) encompasses a spectrum of disorders characterized by generalized weakness developing after the onset of critical illness. Pediatric data on the incidence of ICUAW is restricted to isolated case reports and case series of no more than five children. Critical illness polyneuropathy is characterized by reduction in compound motor action potential or sensory nerve action potential or both with preserved conduction velocity on electrophysiological studies. These findings can occur very early prior to the onset of clinical features. Given the dearth of data in children on the subject, this study has been planned to evaluate the incidence of critical illness associated polyneuropathy /myopathy in severely sick children admitted.
A prospective, international and multicenter, non interventional single-cohort study, which will enroll consecutive adult patients who have received mechanical ventilation (invasive and noninvasive ventilation) for at least 12 hours during a 1-month period, and will follow each patient for the duration of mechanical ventilation, up to 28 days. The main objectives will be to analyze the mortality and clinical outcomes in ventilated patients and secondly, to evaluate the practices of liberation from mechanical ventilation, the failure of non invasive ventilation in the ICU, and to analyze the clinical outcomes in specific populations of critically ill patients with the need of mechanical ventilation.
A prospective observational study in the Intensive Care Unit and the Medium Care Unit in a university hospital in Amsterdam. Recent studies show that administrative tasks occupy more than 30% of the workload. One-third of these administrative tasks is unrelated to care. The administrative workload of physicians and nurses will be observed and quantified using two different methods. The amount of time physicians and nurses are logged on into the patient data management system (PDMS) will be measured and the time spent on different work tasks will be monitored with a work sampling method. Two different patient data management systems will be compared.
The purpose of this study is to determine whether early neuromuscular electrical stimulation is effective in the prevention of neuromuscular weakness in critical ill patients.
The investigators study is the first step (a pilot study) in determining whether the manufacturer's recommended dose of a blood thinner called enoxaparin, in adults who are patients in an intensive care unit and have severely reduced kidney function (less than or equal to approximately 30% of their normal function) is safe with respect to the adverse effect of bleeding. The investigators hypothesis is that studying these patients, going forward in time, without interfering with their care, to eventually determine if this blood thinner is safe at reduced doses, is feasible.