View clinical trials related to Asthma.
Filter by:The objective here is to determine that the efficiency of inhaled drug delivery can be improved by using a fine mist cloud of drug particles (as opposed to a coarse mist cloud of drug particles). This information will be valuable in designing new inhalers in order to improve their beneficial effects and reduce their side effects, by using the least possible drug dose to achieve a good patient response. .
In the last forty years the prevalence of asthma has increased in westernised countries. We have hypothesised that this increase may be a consequence of changing diet. Several birth cohort studies have now reported an association between reduced maternal vitamin E intake during pregnancy and childhood asthma. However, it remains to be seen whether increasing maternal vitamin E intake during pregnancy reduces the risk of childhood asthma. We are planning a large placebo controlled trial in pregnant women, to investigate whether optimisation of dietary vitamin E intake to the recommended 15mg/day reduces the likelihood of childhood asthma. We believe that a dietary intervention using vitamin E in its natural form of food is more likely to be successful and acceptable than a vitamin E supplement. We have previously demonstrated than pregnant women can optimise their vitamin E intake using a personalised dietary plan with the help of a dietitian however this intervention was complex and could not be translated into everyday use. With commercial support we have developed a range of soups containing foods naturally rich in vitamin E designed to optimise maternal vitamin E intake to 15mg/day. A range of similar tasting and looking placebo soups has also been developed. In this study we will pilot a randomised controlled trial of the active and placebo soups to ascertain whether pregnant women are willing and able to optimise their vitamin E intake during pregnancy using the soups in order to reduce the risk of their child developing asthma. optimising maternal vitamin E intake during pregnancy.
The objective of this study was to prove the bioequivalence of Montelukast Tablet under fasted conditions
The objective of this study was to prove the bioequivalence of Montelukast Tablet under fed conditions
The objective of this study was to prove the bioequivalence of Montelukast Chewable Tablet under fasted conditions.
The objective of this study was to prove the bioequivalence of Montelukast Chewable Tablet under fed conditions
The objectives of this research are to compare (i) the bronchodilating and (ii) the bronchoprotective effects of deep inspirations (DIs) in individuals with: (a) asthma, (b) CVA, (c) methacholine-induced cough but normal airway sensitivity and . (d) in healthy individuals (without asthma, chronic cough or asymptomatic airway hyperresponsiveness). Hypotheses: i. The bronchodilating effect of a DI will be: (a) absent or impaired in individuals with classic asthma; (b) impaired in individuals with CVA; (c) preserved in individuals with methacholine-induced cough but normal airway sensitivity; and (d) preserved in healthy individuals (without asthma, chronic cough or asymptomatic airway hyperresponsiveness). ii. The bronchoprotective effect of a DI will be: (a) absent in individuals with classic asthma; (b) impaired in individuals with CVA; (c) preserved in those with methacholine-induced cough but normal airway sensitivity; and (d) preserved in healthy individuals (without asthma, chronic cough or asymptomatic airway hyperresponsiveness). iii. Healthy individuals without asthma, chronic cough, or asymptomatic airway hyperresponsiveness, will not cough, or develop significant dyspnea, small airways obstruction or dynamic hyperinflation during high-dose methacholine bronchoprovocation.
Allergic rhinitis is a common condition caused by inflammation of nasal mucosa. The study was performed to gain information on this inflammation, including effect of intranasal corticosteroid treatment hereupon and potential influence on the lower airways, ie asthma. The study was randomised, placebo-controlled double-blind in patients, monoallergic to grasspollen, presenting symptoms of rhinitis and asthma during season. Treatment,ie intranasal corticosteroid or placebo, were given four weeks. After two weeks of treatment intranasal allergen challenge was performed. Measurements were performed during the full study period. The study was performed out of pollen season.
Multicenter, randomized, double-blind, placebo- and active-controlled, Phase II, parallel-group study of up to four weeks in duration. The study consisted of a screening visit followed by a one-week single blind placebo period. At next visit, each subject was randomized to one of four treatment groups: 90 mcg levalbuterol, 180 mcg levalbuterol, 180 mcg racemic albuterol, or placebo. All study medication was administered as 2 actuations 4 times a day for 21 days.
This adaptive design, dose-ranging study of MK-1029 will assess the dose-related efficacy and safety of MK-1029 compared with placebo using measures of lung function (forced expiratory volume in 1 second [FEV1]). The primary objectives are (1) To demonstrate that MK-1029, compared with placebo, results in dose-related improvements in FEV1 over the last 6 weeks of the 12-week active-treatment period; and (2) To determine the dose-related safety and tolerability of MK-1029 as monotherapy and as concomitant dosing with montelukast over 12 weeks. The primary hypothesis is: MK-1029 is superior to placebo in a dose-related fashion in the average change from baseline in FEV1 over the last 6 weeks of the 12-week active-treatment period.