View clinical trials related to Asthma.
Filter by:Patients with chronic severe asthma (CSA) have a crippling disease and current available treatments are not satisfactory. Thus, management of CSA remains a major unmet need. Although the evidence from existing randomized controlled trials fails to support a definite role for immunomodulatory drugs in these patients due to major methodologic drawbacks, findings with low-dose methotrexate (MTX) are encouraging. However, larger and well designed clinical trials are required to establish the beneficial role of MTX in CSA and for the detection of the key characteristics of those who are going to respond to this drug. This study will be the first multi-centre RCT investigating the role of an add-on immunological modifier as a clinically useful therapeutic strategy in patients with well-phenotyped chronic severe asthma. As such, this study does not overlap with any other research currently ongoing.
This study will explore whether supplementation with thyroid hormones in the set-up of asthma exacerbation could improve the clinical outcomes. The study will include adults admitted to Rambam health care campus for moderate to severe Asthma exacerbation. The study is a prospective, randomized, double-blind, placebo-controlled, clinical trial. Patients will be randomized on admission to receive treatment with intra-venous thyroxine (100mcg once on admission and additional 100mcg after 12 hours) or placebo. The study treatment will be given only after the initial bronchodilator therapy, oxygen and informed consent are given. The primary endpoint is the time to return of the peak expiratory flow (PEF) rate to normal values or personal base line.
According to World Health Organization (WHO) estimates, more than 200 million people suffer from asthma worldwide and in 2009, the disease had claimed 250,000 lives globally. Autopsy reports suggest 2 phenotypes of severe asthma: one that is characterized by intense airway inflammation with mucus plugging, and the other by severe bronchoconstriction causing respiratory failure in the absence of significant airway inflammation. However, it is not easy to stratify patients according to phenotypes without bronchoscopy. Although severe asthma comprises only 10% of affected individuals, it accounts for more than half of the total healthcare spending on asthma. Inhaled corticosteroids are effective by suppressing production of multiple pro-inflammatory mediators, unfortunately efficacy plateaus. Addition of long acting beta agonist and anti-cholinergic agent to inhaled corticosteroids offers some measure of relief but effective treatment of severe asthma remains an unmet goal, resulting in intensive utilization of healthcare resources. In 2010, the United States Food and Drug Administration (FDA) approved bronchial thermoplasty (BT) as an adjunctive therapy for severe asthma. BT is radiofrequency ablation of airway smooth muscle via bronchoscopy with each patient undergoing three procedures which targets different lobes of the lung 3 weeks apart. Studies have demonstrated improved symptom control allowing discontinuation of oral steroids in some patients as well as reductions in exacerbations, hospitalizations and use of rescue medications. No development of airway strictures or bronchiectasis, and regeneration of normal epithelium after BT has been observed. At present, it remains unclear if BT benefits all asthma phenotypes or if BT has any effect on airway inflammation and remodeling. The hypothesis of this study is that bronchial thermoplasty is likely to benefit all severe asthma phenotypes, and achieves this by exerting an effect on airway inflammation and remodelling. The specific aims of the study are: 1) to better define the asthma phenotype who will benefit from BT by microarray and gene expression profiling; 2) to study effects of BT on airway inflammation; 3) to define its role in the overall asthma management algorithm
The aim of this randomized double-blind placebo controlled study is to assess whether vitamin D supplementation will improve control in South African children with persistent asthma at an academic hospital. The following hypotheses will be tested: Vitamin D significantly and directly correlates with poor control of persistent asthma; Daily vitamin D supplementation for six months will result in improved control of persistent asthma compared to a placebo. It is intended to enroll 100 children between the ages of 6 to 12 years with persistent asthma on inhaled therapy. The sample size calculations are based on the hypothesis that vitamin D supplementation will result in a 25% improvement in asthma symptoms as measured by the Asthma Treatment Assessment Questionnaire (ATAQ) and peak flow readings. The children will be randomized into one of two groups; one group will be given 1200 IU of vitamin and the other a placebo. The vitamin D or placebo will be given in the morning daily to each child for six months. The children will be assessed monthly by the study physician, to evaluate for signs of poor asthma control e.g. persistent cough and recurrent wheezing. The heights and weights and peak expiratory flow meter readings will also be obtained monthly for six months. Blood samples will be taken for Vitamin D levels, calcium, phosphorus levels at baseline, third month and at the end of the study. All enrolled children will be required to produce their tablet containers for pill counting on a monthly basis to ensure adherence.
Sun Pharma Advanced Research company Limited has developed a dry powder inhaler of compound S0597 for oral inhalation. This clinical study is a Phase I/IIa study to investigate the safety, tolerability, pharmacokinetics and pharmacodynamics of single and multiple ascending doses of S0597 administered by oral inhalation to healthy volunteers and asthma patients.
SEVERE ASTHMA IN THE COMMUNITY- BACKGROUND Severe asthma is a common problem. In the world approximately 300 million people have asthma but it is estimated that only 5% of these patients have severe asthma. Although "severe asthma" comprises a small fraction of the entire asthmatic population its share in the total economic burden of asthma is 80 percent. In Israel the prevalence of asthma among adult patients is about 5-6% but the prevalence of severe asthma is unknown. The definition of severe asthma has been changed during the years. Most recently in 2009 the WHO agreed on a unified definition of "severe asthma" that would fit countries of different socioeconomic development [1]. Severe asthma includes now 3 different groups: group one "untreated severe asthma", group two "difficult to treat severe asthma" and group three "treatment-resistant severe asthma". As all asthmatic patients in Israel have easy access to medical care, the current study will deal with the last two groups ("difficult to treat asthma" and "treatment resistant asthma"). AIMS Primary endpoints: 1. To identify the prevalence of severe asthma in the community according to the WHO definition of group two & three. 2. To assess whether anti-IgE therapy (Omalizumab), was considered in these groups of severe asthma. Secondary endpoints: 1. To assess factors involved in "difficult to treat asthma" according to the WHO definition. Factors as patient compliance, presence of co-morbidities, symptoms of untreated potential asthma triggers including GE reflux, post nasal drip/atopic rhino-sinusitis, and intervening medications including NSAID and beta-blockers. 2. To asses the level of asthma control, level of patient follow-up care including asthma specialist visits, periodic PFT's and asthma education. 3. To assess the fraction of patients with severe asthma that is eligible to anti-IgE therapy according to the indications of the Israeli Ministry of Health (proven asthma, uncontrolled by high dose of combined ICS+LABA inhaler therapy + at least 2 courses of systemic corticosteroids in the last year + proven atopy to at least one perennial aeroallergen + IgE level of 30-1,500 IU/ml) DESIGN A prospective non-blinded non-randomized observation study among the population insured by Clalit Medical Services (CMS) in the Sharon- Shomron Medical District in Israel.
This study aims to find out if AES ( Activation Energy Serum) , a blend of natural minerals , is effective and safe for the treatment of asthma if taken for 4 weeks . The efficacy will be scientifically tested by symptoms scores, questionnaires, breathing and blood tests.
The purpose of this study is to determine if the AirSonea device provides an objective assessment of breath sounds for the presence of wheeze in both medical and home environments.
Asthma is a highly prevalent chronic disease in children. Complementary and Alternative Medicine research on asthma showed a potential effect on pediatric patients. Studies looking at the effect of Osteopathic Manipulative Treatment seems to reveal positive results. The aim of study is to further explore the role of OMT on asthma in a pediatric population.
Double-blind study, randomized, controlled, and crossover. Study recruited 30 volunteers with stable asthma aged 8-18 years. Participants will perform lung function as part of the routine follow-up then will receive a Foradil 12mcg either with an Aerolizer (a standard dry powder inhaler) or with the Inspiromatic (an active, breath synchronized innovative inhaler). 3-60 days later participants will receive the same drug through the other inhaler. Pre and post treatment (15 min, 30 min, 60 min) Lung function results, drug levels in the blood, vital signs and side effects will be recorded.