Active clinical trials for "Status Asthmaticus"

Although widely used for the treatment of pediatric status asthmaticus, intravenous terbutaline has potentially significant side effects; may not improve outcomes; and may increase Intensive Care Unit (ICU) length of stay. This study is designed to test the efficacy of intravenous terbutaline for the treatment of status asthmaticus by adding intravenous terbutaline or placebo to standard asthma treatment. The dose of terbutaline or placebo will be titrated according to severity of illness as quantified by a validated clinical asthma score. Differences in outcomes between the study groups, such as length of stay, hospital costs, and lung function will be compared.

This study will be conducted as a randomized, double blinded, controlled trial. The control group will receive albuterol delivered by a nebulizer along with placebo treatments delivered by a metered dose inhaler (MDI) with a spacer +/- mask. The experimental group will receive albuterol delivered by MDI with spacer +/- mask along with placebo treatments given by a nebulizer. Parents, participants, study personnel, nursing staff, and respiratory therapists will not know the treatment assignments of participants. The primary outcome will be changes over time in an asthma severity score, the Clinical Asthma Score (CAS) (Parkin et al. 1996). The secondary outcomes will be total number of albuterol treatments received in the hospital, time it take to give treatments, time till subjects' albuterol treatments are given at four hour intervals, and the costs of the two types of treatments. The study hypothesis is that albuterol delivered by metered dose inhaler with spacer is non-inferior to albuterol delivered by nebulizer in the treatment of children hospitalized with moderate to severe asthma exacerbations.

This study will use a randomized, double-blind, controlled trial design in order to assess the safety and efficacy of levalbuterol (LEV) compared to racemic albuterol (RAC) when delivered continuously in a high-dose regimen for children with severe exacerbations of asthma. Primary hypothesis Children with severe asthma receiving continuous levalbuterol will have a shorter duration of continuous therapy as compared to racemic albuterol. Secondary hypotheses Children receiving continuous levalbuterol will have improved lung function measured by forced expiratory volume at 1 second (FEV1) as compared to racemic albuterol. Children receiving continuous levalbuterol will have improved clinical asthma score as compared to racemic albuterol.

In France, over 2.5 million people suffer from asthma, including one-third of children. This is the chronic respiratory disease leading to the highest rate of hospitalization. The conventional oxygen delivery means in children are the non-rebreather face mask or low flow nasal cannula (standard oxygen therapy - SOT). New non-invasive ventilatory support systems such as High Flow Nasal Cannula (HFNC) are emerging. These are nasal cannulas allowing the delivery of a high air (or oxygen) flow, exceeding the inspiratory flow of patients with acute respiratory failure, allowing to deliver a slight positive expiratory pressure while ensuring humidification and warming of the airways. Aerosol administration is also possible with excellent efficiency and without interrupting respiratory assistance. Physiological data and clinical studies in other pathologies suggest the interest of this technique during the asthma attack, but no comparative study currently exists in this indication. The HFNCs could have their place upstream of Non Invasive Ventilation (NIV), thus replacing non-rebreather face mask sometimes not tolerated by the children. The investigators's hypothesis is that HFNCs could improve patients' health faster, reduce the use of other ventilatory assistance (NIV, invasive ventilation) and reduce the duration of hospitalization in intensive care units or continuous monitoring units (CMU).

In this study investigators will use magnesium sulphate in the nebulized form in children between 2 and 12 years of age as an acute reliever for acute severe asthma. Aim of this study is to determine that whether adding low (250mg), intermediate (500mg), and high doses (750mg) of magnesium sulphate in the 1st hour of treatment has any difference in the improvement of clinical condition of the patient and length of hospital stay. There will be total 108 patients having 2 groups. 1st group will receive only Ventolin while 2nd group will be given Ventolin and Magnesium sulphate.

To determine whether or not high frequency chest wall oscillation (in the form of the VestTM) is superior to regular asthma therapy in the management of children hospitalized with moderate to severe asthma.

Though BiPAP is an increasingly common tool used by pediatric critical care physicians and there is promising data suggesting a role for BiPAP in the management of status asthmaticus, more information is needed to more definitively clarify the extent of its benefit, as well as when during an asthma exacerbation and in whom it is the most beneficial. In this study, which is among the first randomized studies of BiPAP use for status asthmaticus in the pediatric population, the investigators hope to better elucidate these issues to help guide clinicians' future management decisions.

The investigators aim to study the effect and safety of bilevel positive airway pressure (BPAP) in children with moderate to severe asthma exacerbations - by examining the effects of early initiation of BPAP in pediatric patients who present to the emergency room with a moderate to severe asthma exacerbation. The study is interested in how early initiation of BPAP affects PRAM scores, vital signs, as well as the total duration of continuous albuterol in the patient population.

Study Summary: Title: A Randomized Controlled Trial of Noninvasive Positive Airway Pressure in the Pediatric Emergency Department for the Treatment of Acute Asthma Exacerbations Principal Investigator: Thomas J. Abramo, MD Hypothesis: For acute moderate to severe pediatric asthma exacerbations the use of NIPPV/BiPAP, in conjunction with current standard of care therapies, will lead to a more rapid improvement in patient ventilation, faster resolution of respiratory distress and result in improved ventilatory parameters, secondary outcomes and pediatric asthma scores. Study Design: Prospective, randomized controlled trial Study Duration: This study will be conducted over a 36 month period. Sample Size: 240 subjects Population: Children ages 2-17 years of age presenting to the ED with Acute asthma exacerbation and a Pediatric Asthma Score (PAS) ≥ 8. Synopsis: Eligible subjects will be randomized to either a control group or study groups. The study groups will be either a NIPPV/BiPAP group. The subjects in the study groups will continue to receive all standard of care therapies per the asthma severity protocols. All nebulized therapies will be given through the NIPPV circuit. Patients will be assessed by the pediatric asthma score (PAS), measured respiratory parameters, volumetric end tidal carbon dioxide monitoring and measured cardiac parameters. Objectives: A. Evaluate if the use of NIPPV/BiPAP in conjunction with traditional inhaled beta-agonists improves the outcome in pediatric patients with acute moderate to severe asthma in the acute setting. B. Describe the physiology of NIPPV/BiPAP by measuring cardiac parameters in children randomized to a NIPPV group. C. Monitor safety of NIPPV/BiPAP use for acute asthma exacerbations in children. Safety A.: The study must be IRB approved. B.: Appropriate consent and assent documents will be obtained prior to enrolling the subject in the study. C.: A clear safety plan including DSMB will be established to monitor for adverse events. D.: Confidentiality will be ensured for all subjects enrolled in the study.

Vitamin D deficiency is highly prevalent in the UK. Research shows that vitamin D enhances the immune system and may help protect against chest infections that can cause wheezing illness or worsen asthma symptoms. The Department of Health recommends a dose of 10 micrograms of vitamin D/day to prevent severe vitamin D deficiency in children. However, many studies have reported that this dose is not enough to raise plasma 25(OH)D concentration to the levels most likely to prevent against worsening of asthma symptoms. Such studies suggest that 25 micrograms of vitamin D/day. This dose is safe but its effects on vitamin D blood levels have not yet been specifically tested in children with asthma/wheeze. This study is designed to determine the optimal oral daily vitamin D supplementation dose to treat vitamin D deficiency in children with asthma or preschool wheeze. Over the 6-month course of the study, participants will meet with the study team four times in clinic or in their own home and will be contacted by telephone five times. Children will be asked to give a drop of blood via a fingerprick to test their vitamin D level and a sample of nasal epithelial lining fluid for measurement of inflammatory markers on three separate occasions.