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Active clinical trials for "Emergencies"

Results 1001-1010 of 1982

Basel Discharge Communication Project

Emergency ServiceHospital3 more

Assessing whether structuring of discharge information improves the sender's recall capacity

Completed0 enrollment criteria

Nasogastric Tube Insertion Using Midazolam in the Emergency Department

Intubation; Difficult

Nasogastric tube placement involves insertion of a flexible tube through the nose into the stomach. Placement of the tube can irritate the nose and palate and trigger gagging, causing discomfort, even if topical or local anesthetics are used. This study aims to determine if administration of an ultra-short acting sedative agent (midazolam) into a vein before the procedure, in addition to topical local anesthetic, will decrease the level of discomfort.

Completed9 enrollment criteria

Initiating Contraception After Emergency Contraception From Pharmacy

Contraceptive Use After Emergency Contraception

Pharmacists do not provide immediate contraception to women after emergency contraception (EC); they can only give advice on local contraceptive services. The investigators wish to establish the following 2 pharmacy- based interventions in NHS Lothian, designed to increase uptake of effective contraception as soon as possible, after EC Pharmacists would provide one packet of progestogen-only pills, giving women one month to arrange an appointment with contraceptive services. Rapid access to a family planning clinic upon presentation of the empty EC packet. Women would be seen as a 'walk-in' and contraception provided. If feasible, these interventions could reduce unintended pregnancies. Participating pharmacies will be randomised to provide one of the interventions, or standard care (verbal/written advice on local contraceptive services). Women requesting EC from study pharmacies will be recruited by the research nurse/doctor to participate in the study that will involve them consenting to contact by telephone 6-8 weeks after EC by the researcher, to evaluate the interventions in terms of : (i) determine women's experiences/ views of the interventions and control. (ii) determine if women have commenced effective contraception and if not , reasons why. A subset of 12 women will also be invited for in-depth interview to collect more detailed qualitative data on their EC experience. The investigators also wish to (iii) explore pharmacists views on the interventions Data from this pilot will enable the investigators to determine whether a larger multisite study is feasible. The aims of a larger study being to determine if either of the two interventions being tested result in an increased proportion of women using effective ongoing contraception compared to the control.

Completed6 enrollment criteria

Effectiveness of an Observational Unit at St. Olavs Hospital

Emergency Patients

The trial is designed to evaluate the effectiveness of a newly established Observational unit at St. Olavs Hospital in terms of readmission rates, compared to the provision of care in normal/traditional units for defined diagnosis and medical problems.

Completed9 enrollment criteria

Improving Sedation of Children Undergoing Procedures in the Emergency Department

Anxiety

Lacerations (deep cuts) are a frequent cause of visits to emergency departments and laceration repair is one of the most common procedures performed in that setting. Children are often anxious when they visit the emergency department, and visits where they anticipate needing painful procedures can be particularly stressful. Though we can manage the pain associated with many minor procedures, we are frequently unable to adequately support the child and treat their problem if we don't manage their anxiety as well. Methods of calming that do not require medication (e.g. distraction, parental support) can help, but many patients still require sedative medications. The goal of sedation in the pediatric emergency department is to relieve the child's anxiety while minimizing the risk of adverse events. Unfortunately, when sedative medications are used in doses that do not slow breathing, they often fail to manage the child's anxiety adequately. In addition, many sedative agents require the placement of an intravenous line, which is itself a painful procedure that can create, rather than relieve, anxiety. Currently, there is no ideal sedative agent that is safe, effective, and easy to administer. Oral midazolam is one of the most commonly used sedative medications for laceration repair in children. In a dose of 0.5mg/kg it has been shown to be safe. Unfortunately, it provides adequate sedation in only about two thirds of patients and has a delayed onset of up to 20 minutes. The remaining children must either endure the procedure in an agitated state or suffer placement of an intravenous line to administer additional sedative medications. We aim to find a method of providing sedation for laceration repair that has a higher success rate than oral midazolam as currently prescribed without increasing the risk of complications. We would like to evaluate new methods for administering midazolam using alternate routes and dosages. Previous studies have looked at the use of midazolam absorbed directly by mucous membranes such as inside the nose (intranasal) and inside the mouth (buccal). The use of intranasal midazolam has had some success especially given its rapid onset of action (about 5 minutes), but has been limited by the irritant effects of the drug. When placed in the mouth, many children swallow the drug or spit it out rather than allowing it to be absorbed by the mucous membrane. There has been some improved success when the drug was placed under the tongue, but this is typically difficult for young children. However, a new device called an "atomizer" has been developed that allows for improved intranasal and buccal administration. The "atomizer" has a small adapter placed on the end of a syringe, which spreads the medication out in a fine mist over a wide area. It can be sprayed in the mouth inside the cheek (buccal), avoiding the need to keep the medication under the tongue. While some pediatric institutions have already started giving midazolam with the atomizer, and are reporting anecdotal success with these methods, its safety and effectiveness have not been rigorously studied. We propose to compare three approaches to sedation: commonly used doses of oral midazolam, atomized intranasal midazolam and atomized intraoral midazolam. Children under the age of 7 requiring sedation for wound repair will be eligible for enrollment. After informed consent, children will be randomized to one of the three methods described above. Their level of sedation will be determined using two scores validated for use in children (the sedation score and the modified CHEOPS score). Physician, nurse and parent impressions of sedation will also be compared. By comparing our current approach to these new methods, we will be able to determine which method is best. If we can identify a method for administering the sedative drug midazolam that is safe, well tolerated, and more effective, we will have made a valuable and important contribution to the care of injured children in the emergency department.

Completed12 enrollment criteria

Strategies for Suspected Pulmonary Embolism in Emergency Departments

Quality of Health CarePulmonary Embolism

Aims: 1) To evaluate the effectiveness of two interventions aimed at improving the management of patients with suspected pulmonary embolism: Written guidelines and Computer-Assisted Decision Support (CADS). 2) To evaluate the impact of electronic reminders on the appropriateness of the treatment of patients with suspected PE Design: Pragmatic, unblinded, cluster randomised controlled study. Setting: 20 French Emergency Departments Patients: Out patients suspected of having pulmonary embolism Methods: Emergency physicians will prospectively complete a standardized electronic form on Personal Data Assistant (PDA), including patients' characteristics, the clinical probability if assessed, the diagnostic tests performed, the treatments initiated and the final diagnostic and therapeutic decisions. Patients will be interviewed at the end of a 3-month follow-up period using a standardized questionnaire. The reference rate of appropriateness of the diagnostic management before intervention will be assessed in each centre. At the end of this preliminary period, the centres will be randomized in two fold two groups according to a factorial design with stratification on their reference level of appropriateness. Half of the centres will have written guidelines and half a Computer-Assisted Decision Support for the diagnosis of PE on the PDA. In each of these two main groups, half of the centres will have electronic reminders on their PDA concerning the treatment of PE. Judgment criteria Main : Rate of strategies considered as validated according to the results of the systematic review and meta-analysis.3 Secondary judgment criteria (diagnosis): Rate of strategies considered as validated or acceptable according to the opinion of international advisors. Rate of thromboembolic-events during a 3-month follow-up period in patients for whom pulmonary embolism will be ruled out Costs of the diagnostic management Secondary judgment criteria (treatment): Delay between Emergency Department admission and the first dose of antithrombotic treatment in patients with high clinical probability of PE according to the Revised Geneva Score Rate of inappropriate treatment according to international recommendations for patients with confirmed PE. Number of patients: By estimating that the rate of appropriateness would be 55% in the "written guidelines" group, 1331 patients are necessary to highlight an absolute superiority of 15% in the "CADS" group (rate of conformity of 70%). The number of patients will be adjusted at the end of the preliminary period according to the level of appropriateness before interventions considering that it will improve less than 5% in the "written guidelines" group.

Completed8 enrollment criteria

Evaluation of Emergency Triage Using a Computerized Simulator

Emergencies

A four-level triage scale (the Geneva Emergency Triage Scale, GETS) has been used since 1997 in our emergency department (ED). A recent evaluation of this scale showed that our instrument had an excellent intra-rater reliability but insufficient inter-rater reliability. We also observed a wide variability in the way triage nurses perform (J Clin Epidemiology, 2006 in press). These variations in the triage process are mainly explained by a poor standardization of vital signs measurement. Therefore, we have recently modified our triage instrument and introduced explicit criteria for vital signs evaluation during the triage process. The objectives of this study are: To evaluate the inter- and intra-rater reliability of our modified triage scale using a computer simulator To measure the impact of visual clues on the triage decisions when using the triage simulator To evaluate the performance of triage nurses and chief physicians in their triage decisions. We expect to observe: an improvement of the inter-rater reliability of our instrument compared to the previous version a better standardization and more systematic use of vital signs measurement a higher reliability when visual clues are given to the evaluator lower rates of under- and over-estimation of emergency levels.

Completed2 enrollment criteria

Targeted Video Messaging About Emergency Contraception

Contraception

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).

Completed12 enrollment criteria

Can Video Clips Improve Patient Comprehension at the Emergency Department?

Doctor Patient CommunicationPatient Safety3 more

The aim of this study is to assess the utility of two interventional videos, showed to patients discharged from the ED with a diagnosis of atrial fibrillation or deep vein thrombosis. We have focused our attention on these two medical conditions because they share some important features: they are frequently seen in EDs; their main complication (stroke and pulmonary embolism) can cause significant morbidity and mortality; both conditions and their related complications are probably not very intuitive to comprehend for the general population. In fact, the understanding of these conditions implies the knowledge of a number of pathological processes, with which most people are unfamiliar. The primary hypothesis is that patients enrolled in the study group will show a higher degree of comprehension of their medical condition and its related complications, as compared to the control group. Secondly, we will also analyze any possible effect of the videos on the knowledge of the therapy prescribed, return instructions and patients' satisfaction with the quality of communication in the ED. Eventually, we will examine the association of some factors with the outcomes (age, sex, level of education, atrial fibrillation vs. deep vein thrombosis group).

Completed11 enrollment criteria

Virtual Reality for Needle Procedures in the Pediatric Emergency Department

Procedural AnxietyPain

Venipuncture is a frequently performed painful and anxiogenic procedure in the paediatric emergency department (PED). Topical anesthetic creams are used to reduce pain, but additional modalities can modulate the nociceptive experience and distress associated with venipuncture. Distraction can improve a patient's experience by mitigating their ability to focus on the painful sensory input. Through its immersive nature, virtual reality (VR) has the potential to distract patients from a 'real world' negative experience such as venipuncture. Given the potential for short- and long-term consequences of poorly controlled pain and distress in children, healthcare professionals must optimize patient comfort during medically required procedures. The aim of this pilot pragmatic RCT study is to determine the feasibility, acceptability and preliminary effect of a VR device (head-mounted Oculus Rift® (OR)) for pain and distress reduction associated with venipuncture in the PED.

Completed5 enrollment criteria
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