Active clinical trials for "Emergencies"

The primary purpose of the protocol is to evaluate the StO2 performance measured at the admission to the emergency department to identify hemodynamic failure at the admission or within the first three hours of monitoring patients with drug poisoning. The study hypotheses are: The early detection of hypoperfusion by StO2, essential to prevent the development of collapse. To limit hemodynamic failure effects, reduce morbidity and mortality of drug poisoning, hospital stay and cost.

This study will determine the feasibility, acceptability, and potential efficacy of an emergency department-based pregnancy prevention intervention targeting sexually active adolescent female emergency department patients.

MSK-I is the most common cause for ED visits for children with pain, with a child's risk of sustaining a fracture ranging from 27-42% by the age of 16 years. MSK-I is known to generate moderate to severe pain in most children and the ED serves as the critical entry point for these injured children. This study aims to provide rapid and sustained pain management for children presenting with a MSK-I in the ED. The investigators will compare the efficacy of two possible medication combinations of fentanyl intranasal (1.0 mcg/kg) + oral ibuprofen (10 mg/kg) and fentanyl intranasal (2.0 mcg/kg) + oral ibuprofen (10 mg/kg) for the rapid, adequate and sustained pain management of children with suspected fracture. The investigators believe that the combination of different dosage of intranasal fentanyl with ibuprofen will lead to better pain treatment by providing a consistent and adequate level of analgesia throughout the entire ED visit, including prior to physician exam and during painful radiologic procedures.

Effective interventions that can address uncontrolled hypertension, particularly in underrepresented populations that use the emergency department (ED) for primary care, are critically needed. Uncontrolled hypertension (HTN) contributes significantly to cardiovascular morbidity and mortality and is more frequently encountered among patients presenting to the ED as compared to the primary care setting. EDs serve as the point of entry into the health care system for many high-risk patient populations, including minority and low-income patients. Based upon recent studies, the prevalence of uncontrolled/undiagnosed HTN in patients presenting to the ED is alarmingly high. Thus emergency department engagement and early risk assessment/stratification is a feasible innovation to help close health disparity gaps in HTN. This proposal involves a three-arm randomized controlled trial of 120 patients from the Emergency Department at University of Illinois Hospital with elevated blood pressure (BP) and no established primary care provider (PCP). The overarching goal is to improve follow-up rates and transition to PCP care at a federally qualified community health center (FQHC). The primary outcome will be blood pressure control. Secondary outcomes will be blood pressure improvement, treatment adherence, and hypertension knowledge. The central hypothesis of the proposal is that an ED-based screening, brief intervention, and referral for treatment program for HTN (SBIRT-HTN) using existing ED resources, coupled with a follow-up visit to an ED pharmacist-initiated Post-Acute Care Hypertension Transition Clinic (PACHT-c), can be impactful in a predominately underrepresented hypertensive population.

Recent work in emergency medicine has shown errors were more likely to occur at the end of shifts, as pressure exists to make a number of decisions simultaneously, and after what may be an already long series of cognitive challenges. Decision fatigue may also contribute to disparities by surfacing subconscious bias. The objective of the R21 pilot phase of Improving Quality & Equity of Emergency Care Decisions (IQED) is to identify addressable gaps in quality and equity and use performance feedback as an intervention to improve performance on chest pain, CT imaging, and antibiotic prescribing. Performance feedback intervention will include feedback offline via email or text.

2-3% of emergency department (ED) syncope patients suffer arrhythmia/death within 30 days of disposition (either as an inpatient or at home) and we have recently developed the Canadian Syncope Risk Score (CSRS) to predict these outcomes. Currently, only Holter monitoring is used and is applied a few days later. New and innovative remote (out-of-hospital) external cardiac monitoring technology has made prolonged monitoring possible. The primary objective is to compare diagnostic yield (identification of arrhythmia that requires treatment) for the following two strategies among higher-risk syncope patients discharged home from ED: 15-day external cardiac monitoring (intervention arm) versus 48-hour Holter monitor (control arm) Methods: The study will be a double-blind RCT comparing two different approaches for detecting serious arrhythmias among high-risk ED syncope patients who are discharged home. Cardiophone (live monitor) will be used for the intervention arm and the Mobile Cardiac Telemetry (MCT) device will be used for the control arm and both devices applied prior to ED discharge. For patient safety purposes and to ensure that the patients are similar in both arms, all of the study patients will be monitored for 15 days. MCT will function as a holder for the first 48 hours and this will be used to compare the diagnostic yield in the two study arms. After written informed consent, patients will be randomized 1:1 with allocation concealed by web-based randomization and stratified based on the total CSRS scores. Data collection: patient demographics, medical history, score predictors, device data (failure, false alarms, duration worn), patient symptoms, and comfort. The primary outcome will be the diagnostic yield at 15 days in the two study arms and primary analysis will compare the diagnostic yield by intention to treat principle controlling for the stratification factor. Sample Size: 300 patients per arm (600 total) to detect a 10% difference in diagnostic yield between the arms. Impact: Our study will increase the early identification of patients with serious underlying arrhythmia by combining the CSRS risk tool with innovative remote monitoring technology.

The main objective of this pilot study is to make a first assessment of the discriminating ability of a dosage of S100B protein for differential diagnosis between primary headaches and secondary headaches. For this, the investigators will compare serum S100B protein between two groups of headache patients presenting at the emergency department: 1 group of primary headache patients and 1 group of secondary headache patients. If the difference between the two groups proves potentially discriminating, the investigators will seek to determine the discriminating ability of the S100B protein by calculating the area under the ROC curve. The reference diagnostic will be set at one month across the entire clinical picture and imaging by an expert committee composed of a neurologist, a radiologist and an emergency physician.

Prior literature demonstrates that human stress can be reduced with exposure to animals. This study challenges current dogma by introducing a widely available, low cost method of dog therapy to reduce patient and provider stress. The objectives of this study are to determine if interaction with a certified therapy dog and handler can; decrease reported anxiety levels in emergency department (ED) patients, decrease salivary cortisol in ED patients, decrease total morphine equivalent dosing in the emergency department or at discharge and/or, decrease reported stress levels in emergency department providers caring for participating patients when compared to usual care.

This is a pilot feasibility acceptability study to examine the impact of smartphone-based progressive muscle relaxation (PMR) on migraine quality of life, frequency, intensity, and disability. Feasibility is measured by: a) Proportion of patients who enrolled in the study/were recruited for the study, b) Number of days PMR practiced/week as determined with the backend analytics in the RELAXaHEAD app, c) Minutes/day spent doing PMR, d) Reasons for non-adherence. Acceptability is measured by: a) Satisfaction using Likert scale questions on RELAXaHEAD usability, content, and functionality b) Willingness to repeat a similar treatment intervention in the future (Definitely No/Probably No/Unsure/Probably Yes/ Definitely Yes) c) Attrition. In addition, whether use of electronically based PMR introduced in the ED improves migraine quality of life (MSQv2) at 3 months post ED-discharge (or post enrollment date if recruited post ED discharge) compared to those who are not introduced to PMR will be assessed. All participants (N=85) will complete a migraine quality of life assessment and track their headache frequency and intensity using our smartphone application (app).

Acute coronary syndrome (ACS) is a major public health problem and its diagnosis remains a challenge for the emergency physician. The European Society of Cardiology recommends a troponin dosage and renew it if necessary during any suspicion of ACS. However, the criteria leading to initiate a diagnostic procedure during chest pain are imprecise. The fear is, on the one hand, to miss a potentially vital diagnosis and, on the other hand, to expose a large number of patients to unnecessary examinations. The CARE rule (also known as HEAR score) seems to streamline this first step. It assigns a value of 0 to 2 using 4 items: Characteristic of pain, Age, Risk factors and Electrocardiogram (ECG). The search for an ACS is not justified if the sum of the points is <2 (negative rule) and, inversely, a troponin determination must be carried out if the sum is > 1 (positive rule). The aim of the study is to demonstrate the safety and interest of the CARE rule associated with the HEART score to streamline ACS's diagnostic approach to thoracic pain in emergencies departments.