Early administration of corticosteroids in emergency room treatment of acute asthma. Placebo controlled trial of systemic corticosteroids in acute childhood asthma. A controlled trial of methylprednisolone in the early emergency department treatment of acute asthma in children. Corticosteroids in status asthmaticus. Short course of steroids in home treatment of children with acute asthma. Early corticosteroid use in acute exacerbations of chronic airflow obstruction. Efficacy of nebulized fluticasone propionate in adult patients admitted to the emergency department due to bronchial asthma attack. Effectiveness and safety of inhaled corticosteroids in controlling acute asthma attacks in children who were treated in the emergency department: a controlled comparative study with oral prednisolone. Methylprednisolone therapy for acute asthma in infants and toddlers: a controlled clinical trial. Controlled trial of oral prednisone in the emergency department treatment of children with acute asthma. Controlled trial of intravenous corticosteroids in severe acute asthma. Prednisolone and salbutamol in the hospital treatment of acute asthma.
To determine the effect of early administration of high-dose intravenous corticosteroids on duration of emergency room treatment and hospital admission rate in patients with acute asthma.
                Randomized, double-blind, placebo-controlled trial.
                The emergency room of a large, urban hospital with primary and referral care responsibilities.
                Eighty-one patients from 18 to 45 years of age with acute bronchial asthma and without pneumonitis or other serious underlying illnesses were studied on 91 occasions and were randomly assigned to control or experimental groups.
                The steroid group received 125 mg of intravenous methylprednisolone whereas the control group received intravenous normal saline 30 minutes after initial treatment. Additional treatment included aerosolized metaproterenol and oral theophylline therapy. Six hours after study entry, remaining patients were treated with 40 mg of intravenous methylprednisolone. Hospitalization was mandatory if total treatment time was greater than 12 hours.
                Age, sex, peak expiratory flow at entry, and prevalence of recent corticosteroids use were similar in both groups. Duration of emergency room treatment was 6.7 +/- 4.2 (SD) hours in the steroid group and 6.3 +/- 4.1 hours in the control group (P = 0.66). Hospitalization was necessary in 18% (95% CI, 7% to 30%) of the steroid group and in 13% (CI, 3% to 22%) of the control group. Frequency of return visits for acute asthma 2 days after emergency room discharge was 11% (CI, -1% to 22%) in the steroid group and 13% (CI, 2% to 23%) in the control group.
                These results fail to show any benefit for early administration of corticosteroids in patients with acute asthma. Routine administration of corticosteroids on initial presentation in such patients may not be warranted. In a randomised controlled trial 38 asthmatic children aged 2-11 yr who had not received regular oral or inhaled steroids during the previous year, were treated with a standard regime of nebulised salbutamol and intravenous aminophylline plus either hydrocortisone and oral prednisolone for 5 days, or placebo. The children were observed throughout their hospital stay and for 3 months afterwards. There was a greater fall in heart rates in the steroid treated group on the second day of treatment (mean diff. 16 beats/min) and at discharge (mean diff. 13 beats/min); p less than 0.025. Peak Expiratory Flow Rates recorded in 26 children, 13 in each group, showed more improvement on day 2 in those given steroids (mean diff 16% predicted); p less than 0.05. This difference was not apparent at discharge but 9 children treated with steroids were clinically wheeze-free when they left hospital compared with 3 in the placebo group, p less than 0.05. There were no differences in respiratory rate, pulsus paradoxus and arterial oxygen saturation. Trends in duration of hospital stay and relapse rate during the succeeding 3 months favoured active treatment. These findings support the use of systemic corticosteroids in addition to high dose bronchodilators to treat 'non steroid dependent' children hospitalised with acute severe asthma. Asthma continues to be a leading cause for pediatric hospitalizations. A study using high-dose intravenous (i.v.) steroids early in the emergency department (ED) care of adults with acute asthma reported a 60% reduction in hospitalization rate. Limited data are available for children. We hypothesized that the addition of early administration of high-dose methylprednisolone (MP) in routine ED care of asthmatic children would reduce the need for hospitalization by 50%. Eighty-eight children with asthma, aged four to 18 years, were enrolled into a prospective, randomized, double-blind, placebo-controlled study of MP given within 45 (mean 23) minutes of arrival to the ED. After initial evaluation, children received either 2 mg/kg of MP IV or an equivalent amount of placebo (P). Patients then received the usual ED management of their acute exacerbation. Groups were similar in age, sex, and severity of illness (by asthma scoring, respiratory rate, and peak flow). ED treatment (number of aerosols and the use of theophylline) was similar for both groups. The mean time to disposition was 2.9 hours. Sixty-four percent of the children were discharged from the ED. No significant differences were found between the admission rates of the MP and P groups (41% MP vs 33% P, P = 0.44, chi 2, 95% CI for decrease in MP vs P groups -28 to +12%). The average hospital stay was shorter for those children treated with MP (79 hours vs 90 hours). We conclude that IV methylprednisolone given as an adjunct to routine ED care of children with acute asthma is unlikely to markedly reduce hospitalization rates. Nineteen children who were not steroid dependent and were hospitalized in status asthmaticus were studied to evaluate the effect of corticosteroids. They were randomized into two groups. Each group received salbutamol inhalations and intravenous aminophylline therapy. One group received 7 mg/kg hydrocortisone intravenously every six hours; the other group served as a control. Each group showed significant improvement in clinical score and peak expiratory flow rate after 36 hours; there was no statistical difference in the degree of improvement. Six of ten steroid-treated children and six of nine controls achieved a PEFR of 50% predicted by 36 hours. The response to inhaled salbutamol was similar in each group. The results show that in the first 36 hours of therapy, corticosteroids have no additive effect on the bronchodilator response of aminophylline and salbutamol and do not hasten the recovery of nonsteroid-dependent children in status asthmaticus. Although the results show that an inhaled sympathomimetic drug is beneficial in status asthmaticus, corticosteroid therapy does not increase the responsiveness of the airways to these agents. A double blind, randomised, placebo controlled study of the treatment of children with acute asthma at home showed that a three day course of prednisolone hastened improvement of both asthmatic symptoms and peak expiratory flow rates. Thus all asthmatic children who present with an acute attack should be considered for treatment with corticosteroids in addition to bronchodilators not only to prevent possible deterioration but also to speed recovery. To determine the benefit of early steroid use in acute exacerbations of chronic airflow obstruction in the ED, 113 patients with an average age of 66 years, acute or chronic dyspnea, an FEV1 of < 60% and FEV1/FVC ratio of < 60% were included in a randomized, double-blinded, interventional clinical trial. All patients received the same bronchodilator treatment. At 6 hours the steroid- treated group showed a 21.71 L/min improvement in PEFR (P < .05) and 0.14 L improvement in FEV1 (P < .05), while the nonsteroid group showed insignificant improvements of 5.52 L/min and 0.02 L, respectively. Of those patients receiving steroids, 22 achieved > 40% improvements in PEFR by 6 hours and 17 achieved similar results in FEV1, whereas of those not receiving steroids, 13 and 8, respectively, achieved improvements. Within 24 hours of observation in the ED, 16 patients receiving steroids were discharged and none relapsed within 2 weeks. Of those not receiving steroids, only 10 were discharged and 3 returned with exacerbations. Although early response to steroids in chronic airflow obstruction is variable, the overall medical and cost benefits justify their early use in acute exacerbations. Locally delivered steroids by inhalers or nebulizers have been shown in small trials to be effective in acute asthma attack, but evidence-based data are insufficient to establish their place as routine management of adult asthma attacks.
                To determine the efficacy of nebulized compared to systemic steroids in adult asthmatics admitted to the emergency department following an acute attack.
                Adult asthmatics admitted to the ED were assigned in random consecutive case fashion to one of three protocol groups: group 1--nebulized steroid fluticasone (Flixotide Nebules), group 2--intravenous methylprednisolone, group 3--combined treatment by both routes. Objective and subjective parameters, such as peak expiratory flow, oxygen saturation, heart rate and dyspnea score, were registered before and 2 hours after ED treatment was initiated. Steroids were continued for 1 week following the ED visit according to the protocol arm. Data on hospital admission/discharge rate, ED readmissions in the week after enrollment and other major events related to asthma were registered.
                Altogether, 73 adult asthmatics were assigned to receive treatment: 24 patients in group 1, 23 in group 2 and 26 in group 3. Mean age was 44.4 +/- 16.8 years (range 17-75 years). Peak expiratory flow and dyspnea score significantly improved in group 1 patients compared with patients in the other groups after 2 hours of ED treatment (P = 0.021 and 0.009, respectively). The discharge rate after ED treatment was significantly higher in groups 1 and 3 than in group 2 (P = 0.05). All 73 patients were alive a week after enrollment. Five patients (20.8%) in the Flixotide treatment arm were hospitalized and required additional systemic steroids. Multivariate analysis of factors affecting hospitalization rate demonstrated that severity of asthma (odds ratio 8.11) and group 2 (OD 4.17) had a negative effect, whereas adherence to chronic anti-asthma therapy (OD 0.49) reduced the hospitalization rate.
                Our study cohort showed the advantage of nebulized steroid fluticasone versus systemic corticosteroids in adult asthmatics managed in the ED following an acute attack. Both these and previous results suggest that nebulized steroids should be used, either alone or in combination with systemic steroids, to treat adults suffering acute asthma attack. Inhaled corticosteroids have a greater antiinflammatory potency and fewer systemic effects than intravenous, intramuscular, or oral corticosteroids. However, their role in acute asthma has not been established. We prospectively investigated the efficacy and safety of inhaled corticosteroids in controlling moderately severe acute asthma attacks in children who were treated in the emergency department.
                Children who were treated in the emergency department with moderately severe asthma attacks after receiving treatment with inhaled terbutaline were allocated by double-blind design to receive 1 dose of either 1600 micro(g) budesonide turbohaler or 2 mg/kg prednisolone. The pulmonary index score and peak expiratory flow rate were measured hourly for the first 4 hours. After discharge the children were treated with the same initial doses given 4 times daily, followed by a 25% reduction in dose every second day for 1 week. Parents recorded asthma symptoms and use of beta-2 agonists on a daily diary card. Serum cortisol concentration was measured at the end of weeks 1 and 3.
                Twenty-two children (11 in each group) with similar baseline parameters completed the study. There was a similar improvement in pulmonary index score and peak expiratory flow rate in the 2 groups. Children treated with budesonide showed an earlier clinical response than those given prednisolone, who also showed a decrease in serum cortisol concentration.
                In children with moderately severe asthma attacks who were treated in the emergency department, a short-term dose schedule of inhaled budesonide turbohaler, starting with a high dose and followed by a decrease over 1 week, is at least as effective as oral prednisolone, without suppressing serum cortisol concentration. A controlled double-blind trial was carried out to assess the effect of the early introduction of combined corticosteroid and beta-adrenergic drugs for the treatment of acute asthma in infants and toddlers. Seventy-four emergency room patients (aged 7 to 54 months) who were treated for acute asthma were studied. Treatment included, in addition to salbutamol inhalations, a single dose of intramuscular methylprednisolone (4 mg/kg) or normal saline as placebo. The patients were reevaluated 3 hours after initiation of treatment. At that time, patients were either admitted or discharged based on a clinical decision. Only 8 (20%) of 39 patients treated with steroids were admitted, compared with 15 (43%) of 35 in the placebo group (P less than .05). Sequential analysis of 33 pairs, matched by age and severity of symptoms, revealed statistically significant reduced admission rates in patients treated with steroids. In the younger patients (6 to 24 months), admission rate was significantly lower for those treated with steroids (18%) as compared with those treated without steroids (50%) (P less than .05). In the older group (24 to 54 months), the trend was similar but not statistically significant: 23% vs 31% in the steroid and placebo groups, respectively. These data indicate that corticosteroid treatment combined with an adrenergic agent, given early during an acute asthmatic episode, significantly reduces the hospital admission rate of infants and toddlers. Recent studies have shown that the use of parenteral corticosteroids in the emergency department decreases the hospitalization rate for patients with acute asthma. We studied the efficacy of oral corticosteroids in the emergency department treatment of moderately ill children with acute asthma.
                Emergency department patients aged 1 through 17 years whose chief complaint was acute asthma were assigned a pulmonary index, based on clinical evaluation. Those with a moderate exacerbation (pulmonary index = 9 through 13) received either 2 mg/kg of oral prednisone or placebo in a randomized, double-blind fashion. Patients in each group were then treated with an identical regimen of frequent aerosolized albuterol, for up to a maximum of 4 hours.
                Seventy-five patients were assessed. Overall, 11 (31%) of 36 in the prednisone group required hospitalization compared with 19 (49%) of 39 in the placebo group (P = .10). Among the sickest patients (initial pulmonary index > 10), 7 (32%) of 22 prednisone-treated patients required hospitalization compared with 13 (72%) of 18 placebo-treated patients (P < .05). Among patients who had a suboptimal response to initial beta 2-agonist therapy and who therefore would have been hospitalized had treatment been restricted to 2 hours, 9 (45%) of 20 in the prednisone group ultimately required hospitalization when duration of care was extended 2 additional hours compared with 15 (83%) of 18 in the placebo group (P < .05). In addition, prednisone-treated patients had a significantly greater improvement in median pulmonary index (5.0 vs 3.0, P < .001).
                These data demonstrate that oral prednisone, within 4 hours of its administration, reduced the need for hospitalization among a subset of children treated in the emergency department for acute asthma. The value of corticosteroids in severe acute asthma continues to be debated.
                Ninety consecutive patients admitted to the emergency room with severe acute asthma were studied in a randomised, double blind, controlled trial to determine the efficacy of corticosteroids. Eighty two patients completed the study. All received oxygen therapy and intensive bronchodilator treatment. The patients were divided into three groups for steroid treatment, receiving intravenous methylprednisolone 10 mg/kg every four hours for 48 hours (29 patients, group A); intravenous methylprednisolone 2 mg/kg every 4 hours for 48 hours (27 patients, group B); or no intravenous corticosteroids (26 patients, group C).
                There were no differences on admission among the three groups in forced expiratory volume in one second (FEV1), forced vital capacity (FVC), peak expiratory flow (PEF), or arterial oxygen or carbon dioxide tension; and the rates of recovery in FEV1, FVC, and PEF were similar.
                Corticosteroids given with bronchodilators have not shown a beneficial effect in the first 48 hours of recovery of severe acute asthma. Only in those patients who failed to respond by the third hour of treatment, and in those who were previously taking oral corticosteroids, does a favourable, though not statistically significant, effect appear to occur. The use of oral prednisolone (2 mg/kg) to treat children admitted to hospital with acute asthma was assessed in a placebo controlled study. Children were further randomised to receive either 0.15 mg/kg salbutamol every 30 minutes for the first three hours of admission, or 5 mg salbutamol every one to four hours as needed. Treatment was double blind and the assessor was unaware of the nebuliser regimen given. Children were examined before and after treatment with salbutamol on arrival and reassessed four hours after admission. Seventy children completed the study. Seventeen (46%) of 37 children receiving prednisolone and six (9%) of 33 receiving placebo were fit for discharge after four hours of treatment. There was no significant difference between the two nebuliser regimens. Clinical parameters indicative of asthma severity were improved in all groups. Between group comparisons at reassessment showed higher peak flows in those receiving prednisolone and nebulisers every 30 minutes but differences were not significant for other parameters. Objective parameters indicating steroid efficacy over placebo were minimal. Despite this, those receiving prednisolone were more readily identifiable as being fit for discharge within four hours of treatment.
Use of corticosteroids within 1 hour of presentation to an ED significantly reduces the need for hospital admission in patients with acute asthma. Benefits appear greatest in patients with more severe asthma, and those not currently receiving steroids. Children appear to respond well to oral steroids.