View clinical trials related to Critical Illness.
Filter by:Peripheral venous catheterization is a fundamental part of the management of critically-ill patients, especially for administration of intravenous emergency treatments. In general, it is preferred to central catheterization whenever possible, since it is less invasive, achievable immediately by the nurse, and responsible for fewer complications. Venous access difficulties are frequent in critically-ill patients. Among tools proposed to improve the practice of peripheral catheterization, ultrasound and infrared illumination are the most studied, the latter being simpler. Infrared illumination has never been evaluated in intensive care. However, the delay or failure of peripheral catheterization is highly detrimental in the context of resuscitation as it may delay or impede appropriate management of vital emergencies. Our study will focus on the peripheral venous catheterization of the upper limbs, as these are the reference site for this technique The objective is to evaluate the interest of infrared illumination (AccuVein AV500®) for the primary success (first puncture) of peripheral venous catheterization of the upper limbs in patients with resuscitation at risk of catheterization venous difficult. It is a comparative, superiority, prospective, multicenter, randomized, controlled, open-label, phase III trial. Subjects will be divided into two groups with a 1: 1 ratio. Nurses at participating centers will be trained for the use of the device prior to the start of the study; the use of the device is singularly easy and intuitive.
The analysis of a cohort of consecutive non-selected patients from the Strasbourg University Hospital, and therefore representative of the real life, will allow better identifying the risk factors for these infections (by comparison with a cohort of patient with similar conditions of immunosuppression and no infection) and improving the diagnosis and therapeutic management. The primary objective is to identify prognosis factors affecting survival in patients with opportunistic infections
The survival and the outcomes of critically ill patients are strongly influenced by insulin-therapy and nutritional support. The GLUCOSAFE 2 pilot study, aims to test the performance and the security of the new GLUCOSAFE 2 software, developed by the model-based medical decision support of Aalborg University (Denmark) and adapted to the clinical needs in the intensive care unit (ICU) of the Geneva University Hospital (HUG). This new device is based on a mathematical model of the glucose-insulin metabolism and attempts to give advices for better glycaemia control and nutritional therapy. The GLUCOSAFE 2 study hypothesizes that the use of the Glucosafe 2 software will allow better glycaemia ("Time-in-target") control and better achievement of nutritional energy and protein targets in comparison to the local protocols.
The Pilot Optimizing Transfusion Thresholds in Critically-ill Children with Anaemia (P-OpTTICCA) study is a pilot trial for a large pragmatic international parallel open-label non-inferiority randomised controlled trial. The primary outcome of the pilot study is feasibility.
Patients with septic shock would be screened. Following this, patients meeting the inclusion and exclusion criteria will be screened and randomized to the two treatment groups. Standard criteria will be considered to define refractoriness to fluids. In all patients, baseline endotoxin activity assay and blood and urine sample will be stored for looking at the effect of therapy on these factors. Septic shock would be defined as clinical construct of sepsis with persisting hypotension requiring vasopressors to maintain MAP>=65 mm of Hg and having a serum lactate >2 mmol/L despite adequate volume resuscitation. Patients assigned to the treatment arm and who do not already have access for dialysis will have a standard hemodialysis catheter inserted in one of the femoral veins by the physician. Hemoperfusion will be carried out for one session within 12 hours for all randomized patient using the adsorption columns for Jianfan Biotechnology Co., Zhuhai, China). The hemoperfusion apparatus will be connected in front of the hemodialyzer in series. The procedure would be done for 2 hours without use of heparin with use of normal saline for pipeline flushing. In patients who also require hemodialysis the dialysis would subsequently be continued. Subsequent sessions of therapy would be done for patients (if required).
Meropenem and imipenem are broad-spectrum carbapenem antibiotic and are frequently prescribed in critically ill patients with severe infections. These patients show several pathophysiological changes that may alter the carbapenem pharmacokinetic (PK) normally found in other populations. Although the PK of carbapenems has been widely studied, most studies have been conducted on small populations, and clinical outcome data are sparse. Therefore, the aims of this study are (i) describe the population pharmacokinetic parameters of meropenem and imipenem in critically ill subject (ii) evaluate the pharmacodynamic of meropenem and imipenem as a predictor of clinical treatment outcome.
1. Elucidate the influence of intense light therapy pretreatment in patients undergoing cardiac surgery. We hypothesize that intense light exposure is associated with the peripheral stabilization of Per2 in human buccal swabs and plasma samples before surgery and with a decrease of Troponin I levels after surgery. In addition, we hypothesize that light therapy leads to Per2 dependent metabolic optimization in the human cardiac tissue. Therefore, a small piece of human heart tissue from the right atrium will be collected during cardiac cannulation, which will be otherwise discarded. 2. Critical illness (being in the intensive care unit) results in circadian malfunction and vessels not working. Vessel function is controlled by the body's circadian clock. Intense light boosts the circadian clock and the vessel function in animal studies. Vessels not working well in critical ill patients results in a myriad of severe diseases (delirium, stroke, heart attack, organ damage etc). Thus we will test if intense light can be used to boost the circadian clock and the associated vessel function in critical ill patients.
Transesophageal ultrasound offers imaging through the esophagus on the surface of the heart, with good image quality and unique advantages. However, no studies to date have examined its effect in critically ill patients in China.Therefore, the investigators aimed to compare the efficacy and safety of TEE with TTE. the investigators will conducte a Multi-center, prospective observational control study enrolling critically ill adult patients in several ICU in China .
In this mono-center pilot trial, surgical patients who are at high risk to be admitted to intensive care will be screened and asked for participation. We are going to take blood and muscle samples at respecified time points to do metabolic, histological and molecular testing. Aim of the study is to investigate (1) changes of the blood metabolome in patients with ICUAW (intensive care unit acquired weakness) and (2) identify metabolic components who are responsible for ICUAW or can be used as marker for ICUAW.
The purpose of this qualitative study is to explore the vital issues in recovery of QOL from the perspective of survivors of critical illness and understand these patients' views on rehabilitative services in the United States (U.S.). The theoretical framework for this study is Max Weber's Rational Choice Theory (RCT). The research questions will focus on understanding post-ICU QOL and the patients' experience with rehabilitative services following critical illness. A phenomenological study design is being employed, using semi-structured individual interviews with critical illness survivors. Data from the interviews will be coded for thematic analysis. The implications for social change include defining the meaning of QOL for an ICU survivor and improving healthcare policies for the therapies necessary to return survivors to a life worth living.