View clinical trials related to Emergencies.
Filter by:Establishment of early warning systems in hospitals was strongly recommended in recent guidelines to detect deteriorating patients early and direct them to adequate care. Upon meeting of predefined trigger criteria Medical Emergency Teams (MET) should be directed to these patients. The present study analyses the effect of introduction of an automated early warning and trigger system on two peripheral wards hosting a highly complex surgical patient cohort.
The aim of this study was to describe the changes in respiratory rate, heart rate and dyspnea, before and after using HFNC in patients presenting to our emergency department with ARF.
Despite systems for early detection of critical illness, 12% of patients in the emergency department develop clinical deterioration with an increased risk of death as a result. There is a need for a intervention to support the identification and clinical management of patients at risk of clinical deterioration earlier hospitalization. The Cincinnati Children's Hospital has introduced a model that systematically complements systems for early detection of critical illness with the assessment of patient and relatives concern, clinical intuition and concern of the staff. In addition, the model includes formalized organizational processes aimed at systematic review of risk patients and early treatment efforts. Studies from United States indicate that the model can lead to reduction of serious incidental events and increase the staff awareness of the situation. The Cincinnati model is designed for children and has not yet been studied in a controlled study. Purpose To develop and investigate the impact of a Danish patient safety model. Method A literature review is conducted to identify risk factors that should be included in a model aimed at detecting and managing clinical deterioration. A patient safety model is developed on the basis of the literature review and the Cincinnati model and is tested in a pilot study. In a controlled intervention study, the effect is investigated against severe clinical deterioration. The intervention is carried out at the emergency departments at Horsens Regional Hospital and Viborg Regional Hospital with the regional hospitals in Randers and Herning as control departments.
This study is evaluating the effectiveness of the post-discharge program facilitated by the Community Health Worker program in the Emergency Department at NYU Langone Health Hospital - Brooklyn and testing different strategies to increase patient engagement in the program.
The TeamOBS study is an observational study. We analyze actually recordings of obstetric emergencies to get an even better understanding and knowledge of the association between the communication and cooperation and the quality of the performance of the interdisciplinary team.
The aim of the study is to compare the efficiency on respiratory failure regression of high-flow nasal oxygen therapy versus standard oxygen in patients admitted to the ED for de novo acute respiratory failure.
Emergency departments (EDs) are a crucial element of the health care systems at interface between hospital and communities. The goals of the ED are to make an initial diagnosis and deliver urgent and critical care 24 hour per day and 365 days a year. Also, many Adverse Drug Events (ADEs) are not identified by emergency physicians. ADEs are injuries resulting from a drug related medical intervention. Their detection, documentation and reporting are essential for adequate medical care and knowledge of risk/benefit profiles of medication throughout their lifecycle. However, a number of studies indicate that in clinical practice the under-reporting of ADEs is a pervasive and widespread problem. The main reasons for under-reporting were difficulty in determining the cause of the ADE, lack of time, poor integration of ADE-reporting systems and uncertainty about reporting procedures. Successful treatment of ADEs depends on the ability of physicians to attribute ADEs to a medication. Some studies have reported that pharmacists but also student pharmacists were one of the best health care providers to establish medication history. Consequently, the aims of our study were to assess prevalence and characteristics of ADEs identified in an emergency department and to identify factors associated with ADEs in ED patients. This prospective observational study is conducted at the ED of a tertiary care hospital (University hospital of Montpellier). This department supports 80 000 patients every years. Patient were not included if they were less than 18 years old, present acute psychological disturbance or they did not agree to participate at this study. For each patient included, a pharmaceutical team conducted: medication reconciliation process to establish medication history and a structured interviews to determine self-reported adherence and self-medication. ADEs were attributed to a medication by the treating senior emergency physician: directly during patient consultation or after being alerted by the pharmaceutical team.
Venipuncture and intravenous (IV) access continue to be the most common causes of pain and distress among children in the pediatric emergency department. Virtual reality has been successful for reducing pain and fear in many clinical scenarios, including port access in oncology patients, anxiety disorders, phobias, burn and wound care and others. There is only one previous study examining virtual reality distraction to reduce procedural pain during IV insertion in pediatric patients and no previous studies examining this in the emergency department setting. In this study, the investigators will compare immersive virtual reality (an interactive underwater environment) to the current standard (tablet device/iPad playing a movie) for distraction to reduce procedural pain during IV insertion. The investigators hypothesize that the immersive quality of the virtual reality will reduce patient's pain scores, fear scores and tachycardia during and after the procedure, and have minimal effect on departmental flow and nursing satisfaction. If this feasibility pilot study yields positive results, the investigators plan to expand to a larger randomized control trial.
This Phase I clinical trial was developed to study drug safety, tolerability, and pharmacokinetics of the medicine for Ebola fever emergency prevention based on monoclonal recombinant antibodies in single use in healthy volunteers with a dose escalation. A consecutive recruitment of people who signed the Informed Consent Form into three groups of volunteers with different drug doses is made according to the volunteers' screening results. The total number of volunteers receiving the drug will be not less then 25 people.The purpose of this study is to assess safety, tolerability, and pharmacokinetics of a medicine for Ebola fever emergency prevention based on monoclonal recombinant antibodies in a single dose in healthy volunteers.
This study, sponsored by Nihon Kohden, aims to determine the sensitivity and specificity of synthesized 18-lead electrocardiogram (ECG) in the diagnosis of posterior-lateral and/or right-ventricular ischemia, using actual 18-lead ECG as the gold standard. The synthesized 18-lead ECG calculates six extra leads of information from the standard 12-lead ECG done in the Emergency Department (ED). Nihon Kohden has created synECi18 Technology, which can mathematically synthesize and display the extra leads. The patient population (n=300) will consist of patients who present to the North Shore University Hospital or Long Island Jewish Medical Center ED with a chief complaint of chest pain, chest pressure, or chest discomfort. These patients will be receiving a standard 12-lead ECG as part of their routine clinical care. Patients with ST-Elevation Myocardial Infarction (STEMI) and a known positive troponin value will be excluded from the study. Trained ED study technicians will use ECG machines provided by Nihon Kohden to obtain two consecutive 15-lead ECGs. The two 15-lead ECGs are then saved onto the ECG machine.The saved information will later be input into an algorithm to calculate the synthesized 18-leads. The actual 18-leads (composed of the two 15-leads conducted in the ED) will be compared with the synthesized 18-leads produced by the synECi18 technology. A study cardiologists will evaluate the actual 18-lead ECGs and synthesized 18-lead ECGs and determine whether there is posterior-lateral and/or right-sided ventricular ischemia. The cardiologists will be blinded to the type of waveform they are analyzing (synthesized versus actual). The study will not interfere with patient care or treatment, however, the two 15-lead ECGs done in the ED will be shown to the physician who can determine whether or not to order an official 18-lead ECG in the hospital's electronic medical record system. It is hypothesized that the synECi18 synthesized 18-lead ECGs will provide high sensitivity and specificity for diagnosing posterior-lateral and/or right-ventricular ischemia, with the actual 18-lead ECGs being used as the reference for comparison.