273 Clinical Trials for Various Conditions
Currently, the standard of care for monitoring sugar levels in patients with diabetes in the intensive care unit is to use finger stick blood sugar monitoring. Finger stick blood sugar monitoring can be uncomfortable and time consuming. An alternate way to monitor sugar levels to use a sugar sensor, as part of the Abbott Freestyle Libre Flash glucose monitoring system, which has been approved for use outside of the hospital. The goal of the current research is to see whether using the sugar sensor gives accurate sugar readings in patients that are ill enough to be in the intensive care unit. If research confirms that the sensor is accurate, the investigators could potentially need to do fewer of those uncomfortable and time consuming blood sugar finger sticks. At this time, the Freestyle Libre Flash Glucose Monitoring system is not available for purchase without a specific prescription for each individual patient and also is not available for purchase for research use from the manufacturer, Abbott Laboratories. However, the Freestyle Libre Pro sensor is available and uses the same measurement technology to measure interstitial glucose as the Libre Flash Glucose Monitoring system sensor (but does not require sensor scanning to retain glucose data). As such, the Libre Pro sensor will be utilized for the current study. When a participant is enrolled in this study, they will have a Abbott Freestyle Libre Pro sensor applied to the back of their arm. They will continue to have finger stick glucoses checked as determined by their primary medical ICU team just as if they would if not enrolled in the study. After the participant leaves the hospital, the data from their finger stick glucoses and from the Libre will be compared by a statistical analysis to see how similar or different the glucose readings from the finger stick glucoses are as compared to the Libre sensor data.
This study is being done to assess the feasibility and safety of a time-restricted 12-hour enteral feeding protocol (experimental group) in comparison to a standard-of-care, 24-hour enteral feeding protocol (control group) in critically ill patients. Investigators hope to gain knowledge about how these feeding schedules affect feeding tolerance, blood sugar control, and other factors affecting critically ill adult patients. * Investigators expect that the 12-hour feeding protocol will be tolerated similarly to the 24-hour feeding protocol and will not result in a greater number of adverse events related to feeding. * Investigators expect that the proportion of participants in both groups receiving at least 75% of their estimated nutrition needs will be similar.
The aim of this study is to develop a consensus on the curriculum for training cardiothoracic critical care by first evaluating the need for the field, based on a Delphi consensus among a panel of experts in this field.
Job stress and burnout are significant problems affecting physical health, emotional well-being, job performance, and retention of nurses. Enhanced Stress Resilience Training (ESRT) is a theory-driven, evidence-based intervention to increase stress resilience and decrease burnout among clinicians. This study is a randomized waitlist-controlled trial to examine the efficacy, feasibility, and long-term sustainability of the 5-week ESRT intervention to improve psychosocial and occupational well-being of critical care nurses.
The goal of this observational study is to compare clinical utility between Remote EEG Monitoring (REMI) and conventional EEG in patients (6 and older) that are undergoing EEG recording in a hospital as part of their routine clinical care. The main question\[s\] it aims to answer are: * What is the concurrence of diagnosis made by epileptologist using REMI and full-EEG signals. * What is the proportion of participants experiencing as seizure at the time of sensor placement, compared between REMI sensor placement and full-EEG placement. Participants will wear REMI and conventional EEG electrodes at the same time.
The primary objective of this implementation study is to assess the feasibility of real time continuous glucose monitoring (CGM) implementation using a CGM plus (+) point-of-care (POC) protocol among patients on IV insulin or those with hyperglycemia (\>250mg/dl) in the critical care hospital environments.
This study's goal is to investigate the reasons behind the decline in interest in critical care fellowships among anesthesia residents.
Investigators will conduct a pragmatic randomized trial to investigate the non-inferiority of restricted use of invasive arterial lines compared to standard arterial line use.
Abstract Background: Clinicians in pulmonary critical care medicine and critical care medicine considered dapsone administration to treat SARS-CoV-2 inflammasome. Dapsone is useful in the molecular regulation of Nod-like receptor family pyrin domain-containing 3 (NLRP3). Objective: To study the targeting of NLRP3 itself or up-/downstream factors of the NLRP3 inflammasome by dapsone must be responsible for its observed preventive effects, functioning as a competitor. Methods: Patients who were on standard COVID-19 therapy are also after obtaining off label uses and explanation of side effects are started on dapsone 100-200 mg daily along with Cimetadine 400 mg three times daily.
This is a multi-center, retrospective, study to determine if therapeutic dose anticoagulation (High dose group) improves inpatient mortality in severely ill patients with COVID-19 compared to prophylactic dose anticoagulation (Low dose group). The study involved 704 individuals who were admitted to Beaumont Health System (BHS) from March 10th to April 15th, 2020.
There is limited data regarding sound levels and burden in the pediatric cardiac critical care unit and how this compares with WHO standards. We seek to record this data and correlate sound level with bolus sedation administration, patient delirium scores, and patient heart rate trends. Primary Outcomes * 1 peak sound level in cardiac ICU in decibels * 2 Mean sound level in cardiac ICU in decibels * 3 Compare sound levels to WHO recommendations Secondary Outcomes * 1 To explore patient and unit factors that might influence these levels * 2 To analyze sound levels in post-operative neonates, versus infants, versus children * 3 To analyze patients on invasive versus non-invasine versus no ventilation
This study aims to determine the inter- and intra-variability of Transcranial Doppler (TCD) ultrasound in neuro-critical care patients who are planned for consecutive daily TCD evaluations.
The investigators will leverage implementation science and engineering to adapt, implement, and rigorously evaluate tailored postoperative handoff protocols and implementation strategies. In doing so, the investigators will develop a vital understanding of the factors needed for successful and sustained use of evidence-based interventions in acute care. This knowledge will inform approaches to bridge the evidence-to-practice gap that prevents effective interventions from realizing the promise of improved patient outcomes in acute care settings.
Admission into a pediatric intensive care unit (PICU) is a highly stressful experience for child and family. High levels of stress can negatively impact outcomes, yet non-pharmacological interventions to decrease stress in the PICU are severely lacking. This is a prospective, single-arm feasibility trial that will explore the feasibility and acceptability of a music therapy intervention to decrease stress in the PICU among families of children receiving invasive or noninvasive mechanical ventilation. Objectives: The aims of this study are to: 1) Assess the feasibility of implementing a music therapy intervention in the PICU among children receiving invasive or non-invasive mechanical ventilation; 2) Determine the acceptability of the music therapy intervention in the ICU among caregivers, patients, and pediatric and cardiac ICU staff; 3) Explore the variability in child and caregiver stress outcomes throughout ICU admission. Hypothesis: The music therapy intervention will be feasible, as determined by recruitment, retention, protocol adherence, and data collection rates, and will be acceptable to participants and to PICU staff. Sample: This study will recruit 20 families that include children aged 2 months - 17 years old admitted with an expected length of ICU stay greater than 72 hours. Of these 20 families, the investigators will specifically recruit 10 families whose child is admitted for a hypoxic brain injury. Eligible children are receiving either noninvasive mechanical ventilation (i.e., continuous or bilevel positive airway pressure), invasive mechanical ventilation, or have an established tracheostomy tube and with escalated support settings. One primary caregiver will be enrolled along with the child admitted into the ICU.
The Corporate Athlete® Resilience (CAR) Training Program is a 1-day training program that uses a holistic approach that focuses on moving between stress and strategic recovery to help build resilience and enable higher performance. The purpose of this RCT is to determine whether the CAR Training Program has significant impact on nurses' resilience and stress mindset in their personal lives and their working environment. Knowledge from this study can be applied to interventions in the future to improve resilience behavior.
Will earlier palliative care medicine consultation in the ICU result in decreased length of stay in the ICU and hospital, as well as, increased patient and family satisfaction. Secondary questions to be answered is if this early consultation changes ICU and hospital death, discharge destinations, hospice admissions, code status changes, and withdrawal of life sustaining interventions.
Difficulties enrolling patients in randomized clinical trials (RCTs) have long been recognized as a major barrier to successful evaluation of medical interventions. This is particularly problematic among intensive care unit (ICU) trials, of which more than one-third do not reach target enrollment. Under-enrollment and selective enrollment reduce RCTs' abilities to answer the research questions, thereby degrading the trials' scientific value and ethics. Current evidence suggests that financial incentives can ethically increase study enrollment, but this approach can pose large up-front costs to researchers. However, several nonmonetary behavioral interventions, or nudges, may offer novel and easily scalable approaches to increase enrollment in RCTs. The investigation team propose a 2-arm RCT in 10 ICUs at Penn to test the relative effectiveness of nudges on enrollment rates. Investigators hypothesize that a bundle of nudges during recruitment will increase enrollment rates compared to usual recruitment procedures will increase enrollment. Investigators will enroll 182 critically ill patients' surrogate decision makers(participants) to engage in recruitment procedures for a simulated RCT comparing two mechanical ventilation weaning protocols among mechanically ventilated patients. Investigators will also measure participants' assessment of risk of the simulated trial after the informed consent process. This work will provide the first empirical evidence regarding the efficacy of inexpensive, scalable nudges to potentially augment enrollment and reduce costs of future clinical trials.
Developed over 10 years ago, Mindfulness Based Cognitive Therapy (MBCT) synergistically combines mindfulness training and cognitive behavioral therapy and can increase resiliency. In this study, the investigators proposed two aims: Aim #1: To adapt and optimize a MBCT resiliency program specifically for ICU nurses. For this aim, the investigators will engage multiple stakeholder groups to assist the protocol adaptation. Aim # 2: To conduct a pilot clinical trial to determine acceptability of the MBCT resiliency program and the control intervention. In this aim, the investigators will also identify the most feasible randomization level to minimize contamination between the control and intervention groups. Collectively, this proposal will pave the way for a properly designed large multi-center trial of a MBCT resiliency program (MBCT-ICU) to determine its ability to decrease BOS symptoms; and allow nurses to more effectively care for patients in the challenging ICU environment.
This pilot study aims to examine the relationship between continuously measured CareGuide™ muscle oxygen saturation (SmO2), tissue pH and data provided from standard monitoring techniques during the care of subjects with suspected established (Cohort A) or emerging (Cohort B) shock in the intensive care unit (ICU).
The m-CCRP randomized controlled trial will evaluate the efficacy of a collaborative critical care recovery program from acute respiratory failure (ARF) survivors in accomplishing the Institute of Healthcare Improvement's triple aims of better health, better care, at lower cost. Primary Aim: To assess the efficacy of m-CCRP in improving the QOL of ARF survivors compared to attention control at twelve months post hospital discharge. Secondary Aims: 1. To evaluate the efficacy of m-CCRP in improving cognitive, physical, and psychological function of ARF survivors at twelve months post hospital discharge when compared to attention control. 2. To evaluate the efficacy of m-CCRP in reducing health-care utilization, defined as time from enrollment to emergency department visits and/or hospital re-admission, by ARF survivors as compared to attention control at twelve months post hospital discharge.
In the surgical intensive care unit (SICU), goals of critical care are often discussed in long-term ventilated patients around the time of extubation. Muscle weakness predicts extubation failure but formal muscle strength assessment by the Medical Research Council scale is time-consuming and not part of the daily clinical exam. In this observational study, we hypothesize that COMA measurement, routinely used by the SICU nurses, is a reliable and valid predictor for patients' SICU outcomes. This prospective observational study is carried out within a consecutively enrolled cohort of adult patients who are extubated in two SICUs at Massachusetts General Hospital, Boston.
The purpose of this study is to define the natural history and causes of chronic critical illness (CCI) in surgical intensive care patients who have had sepsis. The investigator wants to study a sub-population of sepsis patients that have intra-abdominal sepsis. The purpose of this research study is to define the acute changes in frailty (weakness, slowness, loss of muscle mass), comorbidity (medical problems) and disability (difficulty with mobility and performing routine daily functions) after having an infection that is located in the abdominal cavity or torso. The investigator believes having severe infection contributes to acute and permanent changes in these areas, especially in those of advanced age.
METHODS: Subjects: All internal medicine (IM), emergency medicine (EM), anesthesia (A), surgery (S) residents and all hospital ICU nurses (approximately 400 subjects) will be undergoing evaluation and training in CPR techniques according to their department training policy. Study Assessment Tool: An objective assessment tool has been developed and tested in medical code scenarios during training sessions recently done in the simulation lab. The tool has five domains: Airway, Breathing, Circulation, Communications/Leadership, and Defibrillation. Each domain consists of 3-8 tasks and skills (attachment A). Design: * Phase I: In groups of five to six subjects, residents and nurses will undergo baseline assessment in CPR techniques in the simulation lab. Subject will be presented with a clinical scenario that includes cardiopulmonary arrest. Subjects will be scored by observers based on the previously described assessment tool and will be video recorded. * Phase II: All study subjects who completed phase I assessment will undergo standardized debriefing and demonstration of proper CPR techniques after reviewing their individual baseline videotape followed by repeated demonstration in CPR techniques during a clinical scenario with cardiopulmonary arrest in the simulation lab. Knowledge retention will be assessed periodically. * Phase III: Rates of survival to hospital discharge and survival at 24 hours in hospitalized patients after cardiopulmonary arrest collected by the CPR committee and QA department longitudinally for one year after completion of project training (phase II) will be reviewed and compared to the same period one year earlier (CPR outcome data are being collected since 2005 at St. Luke's-Roosevelt Hospitals).
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.
Project Summary: Patients who have a length of stay four or more days in ICU and requiring mechanical ventilation assistance to breathe for more than 48 hours will be invited to participate. Participants will be randomised to either receive Functional Electrical Stimulation (eStimCycle) assisted cycling or standard care. As cycling in bed has previously been shown to improve physical function, patients who receive cycling as a treatment will have one leg that cycles and the other leg that cycles with assistance of electrical stimulation as we want to establish the effectiveness of the addition of electrical stimulation of muscle. Muscle bulk, strength and physical function outcome measures will be measured at baseline, weekly in ICU, ICU discharge and hospital discharge. Cognitive function will also be measured at hospital discharge, 6- and 12-month follow-up. A small group of patients in this study will be invited to provide samples of blood, urine and muscle at ICU admission and discharge to try and determine what happens to muscle in patients who are critically ill. Significance of the Project: This is an important study because the development of ICU-acquired weakness (ICU-AW) can result in long term limitations in physical function. Early treatment to maintain strong muscles during an intensive care stay may help speed up recovery and enhance participation in other rehabilitation treatments and improve functional activities and cognition. These are important objectives for both patients and their families. In addition understanding why the muscles become so weak so quickly in patients in ICU will help to develop treatments that may help to maintain muscle strength. Study Hypotheses: Hypothesis 1: eStimCycle versus usual care rehabilitation will improve muscle strength at hospital discharge. Hypothesis 2: eStimCycle versus usual care rehabilitation will improve cognitive function at 6 month follow up. Hypothesis 3: Patients receiving eStimCycle will have improved activity of anabolic signalling pathways and less atrophy of skeletal muscle fibre size compared with usual care rehabilitation.
The goal of the study is to determine the impact of procalcitonin (PCT)-guided therapy on duration of antibiotic therapy in critical care unit (CCU) patients with suspected pneumonia at Mayo Clinic Health System Eau Claire.
The objective of this research study is to assess the effects of music on patients' experience in the Intensive Care Unit (ICU). The hypothesis of this study is that patients who receive music therapy will report a reduction in negative recollections and experiences while on mechanical ventilation and will require fewer pharmacologic agents to maintain their sedation.
The investigators hypothesize that doctors and nurses can undergo a brief period of training and then use ultrasound to accurately measure blood flow in a forearm artery after a brief period when this flow is interrupted with a blood pressure cuff, a measurement the investigators call reactive hyperemia. Reactive hyperemia indicates whether the small blood vessels in the body are healthy -- lower reactive hyperemia indicates worse small blood vessel function. When measured by experienced ultrasound experts, low reactive hyperemia strongly predicts death in critically ill patients with infection (severe sepsis). The investigators are conducting this study to determine if doctors and nurses, without specific pre-existing expertise in ultrasound, can be trained to make these measurements accurately. If so, the investigators will prove that these measurements can be applied reliably in real-world practice. The investigators also hypothesize that reactive hyperemia predict the outcomes of illness not just in patients with severe infection, but in other critically ill patients as well. Finally, the investigators hypothesize that reduced blood flow after blood pressure cuff occlusion is linked with other abnormalities of blood, previously identified in critically ill patients. For example, red blood cells from patients with severe sepsis have been shown to be stiffer than normal, so they are less able to flow along the small blood vessel passages of the body. Red blood cells become stiffer when there is a certain type of stress in the body known as "oxidative stress." If the investigators show that low reactive hyperemia, stiff red blood cells, and oxidative stress are linked, the investigators hope to develop new treatments that reduce oxidative stress, reduce the stiffness of red blood cells, and in turn improve reactive hyperemia. Improvements in reactive hyperemia indicate improvements in small blood vessel function. Better small blood vessel function means better delivery of oxygen throughout the body. The investigators believe that this will improve outcomes for critically ill patients.
This study involves two tasks. The first involves observation of patient care during simulated aeroevacuation missions in order to gauge task saturation. The second involves review of records from actual evacuation flights in order to determine the effects of task saturation on patient care.
Critically-ill patients who have long stays in the hospital often face prolonged periods of bed rest. It is known that these patient develop profound weakness and debilitation. The effectiveness of existing muscle activation devices that could otherwise prevent the onset of debilitation in an immobilized patient has not been demonstrated widely in this cohort. It is hypothesized that using thermal methods to augment existing muscle activation techniques may demonstrate improved performance with no corresponding change in the safety profile.