View clinical trials related to Emergencies.
Filter by:The study team aims to test connectivity metrics and follow patient outcomes using a new, innovative synchronous video technology in the prehospital setting in three distinct areas: 1. - 911 Calls 2. - Pediatric Critical Care Transport Currently, paramedics and pediatric transport teams seek advice from physicians using a telephone. This project replaces the phone with video consultation where the physicians can directly interact with patients, paramedics and transport teams when care advice is needed.
This study explores the utility of a tablet computer-based, individually-tailored application called Computer Intervention Authoring Software (CIAS) in the Emergency Department for discharge education on proper child car restraint safety. The investigators hypothesize that tablet-based, individually-tailored discharge instructions are more effective than current standard, one-size-fits-all, printed discharge instructions. This is a randomized, controlled, non-blinded trial of of children age 0-21 years old in the Emergency Department. Patients will be randomized to receive either (a) a brief tablet-based questionnaire followed by standard, paper discharge instructions or (b) a brief tablet-based questionnaire followed by the intervention - CIAS, a tablet-based computer program. One week after discharge, participants in both groups will receive an automatic text message and/or email message with a link to a web-based survey that will assess: knowledge of appropriate car restraints and whether the parent/patient engaged in any behavioral changes regarding child car restraint. These variables will be compared between the control and intervention groups.
A phase 4 randomised, double-blind study to assess the efficacy and safety of Penthrox® used from the outset in multimodal analgesia, in combination with the standard analgesic protocol used in the department, for conscious adult patients presenting in an emergency department with moderate to severe pain associated with a trauma
Introduction: Patients who might also go to the general practitioner (GP) frequently consult emergency departments (ED). This leads to additional costs for both government and patient and a high workload for emergency physicians in Flanders. The Belgian government wants to address this problem by improved collaboration between EDs and general practice cooperatives (GPCs). Intervention: Patients presenting at the ED during out-of-hours (OOH) will be triaged and allocated to the most appropriate service. For this purpose the Manchester Triage System (MTS) which is commonly used in Flemish hospitals, will be extended (eMTS). By doing so a trained nurse will be able to diverge suitable patients towards the GPC. Methodology: The investigators will conduct a cluster randomised controlled trial in which eligible ED patients will be diverged to the GPC using the eMTS. The investigators will collect data using the iCAREdata database. The investigators will study the use of the eMTS, the effectiveness and effects of triage, work load changes, epidemiology at both departments, patient safety, health insurance (HIS) and patient expenditures. Furthermore, facilitators and barriers will be studied and an incident analysis of problem cases will be performed. Outcome: The primary outcome is the proportion of patients who enter the ED and are handled by the GP after triage. Secondary outcome measurements are related to safety: referral rate to the ED by the GP, proportion of patients not following the triage advice and file review for selected patients.
Does sepsis response team in the emergency department increase the portion of sepsis patient who receive adequate treatment within one hour?
A retrospective analysis of 1,664 emergency forms from MET activities, ranging from January 2013 to December 2016. Every MET activation call via the emergency telephone number ("5555") and following emergency treatment was recorded by a standardized documentation form.
Blood gases are widely used in emergency and resuscitation services and are the key examination for exploring acid-base balance disorders (using pH, PaCO2 and HCO3 ) and gas exchange disorders (using PaO2 and PaCO2). This examination can be taken from both venous and arterial sample and its analysis depends on the type of blood sample. Currently, several studies have already shown the existence of a good correlation of pH and bicarbonates level between a venous and arterial sample. Thus, when this examination is prescribed for the purpose of highlighting and analyzing an acid-base disorder, venous blood gas is theoretically as efficient as arterial blood gas. Due to the lack of evidence of benefit for the patient or the health care team of a venous blood gas rather than an arterial blood gas in the absence of suspicion of hypoxemia, arterial blood gas is currently the standard of care for the analysis of acid-base disorders. Indeed, among the university hospitals affiliated to the Paris Diderot University, the emergency departments carry out in their vast majority (4 of 5 E.D.) arterial blood gases. Demonstration of the superiority of veinous sample over arterial sample regarding pain could substantially modify current practices. The investigator's main hypothesis is that, in the absence of suspicion of hypoxemia (normal oxygen saturation measured by plethysmography), the realization of a venous blood gas for the evaluation of the acid-base balance in the context of emergencies is less painful for patients, simpler for the health care team and provides sufficient biochemical information for the doctor in comparison with an arterial blood gas.
Procedural sedation is an emergency medicine technique that provides a brief, deep sedation in order to perform very painful emergency emergent procedures such as displaced fracture or dislocated joints reduction. Propofol is recommended for this purpose, injected administered in slow IV bolus injections according to the technique known as manual titration. But despite this precaution, temporarily excessive sedation can happen, and a side effect can appear (arterial hypotension or respiratory depression). Target-controlled infusion (TCI) is an anesthesia technique that permits to obtain a precise constant and stable concentration of medication, boluses volumes of injection being calculated and delivered automatically by an electric syringe equipped with a software obedient to existing pharmacokinetic models. In the operating room, Ffor anesthetic induction, maintenance and awakening, respectively, in the operating room, the brain concentrations of propofol range respectively from 2 to 6 μg/mL, 2 to 4 μg/mL, and between 0.8 and 1.2 μg/mL, respectively. Since TCI has never been used in emergency departments (ED), the brain propofol concentrations which are necessary for sedation and awakening of the patient are not known and must be determined experimentally. In this single-center, prospective, interventional study, safety and feasibility of TCI will be studied in one ED with the primary objective of determining the brain propofol concentrations necessary to reach the an optimal sedation in for patients with indications of sustaining very painful orthopedic emergency emergent procedures
This research study will assess the real-world effectiveness of Facebook advertising as a strategy to reach women of reproductive age who are at risk of unintended pregnancy with a brief educational intervention about emergency contraception (EC).
Patients will be randomized 3 groups: Group 1: Abdominal fascial closure will be performed with Triclosan-coated barbed Polydioxanone suture Group 2:Abdominal fascial closure will be performed with Triclosan-coated monofilament Polydioxanone suture Group 3: Abdominal fascial closure will be performed with monofilament Polydioxanone suture Incisional surgical.site infection and evisceration will be recorded.