Frequency of surgery among children who have adenotonsillar hypertrophy and improve after treatment with nasal beclomethasone. Chronic adenoid hypertrophy in children - is steroid nasal spray beneficial? Intranasal flunisolide treatment in children with adenoidal hypertrophy. The role of mometasone furoate aqueous nasal spray in the treatment of adenoidal hypertrophy in the pediatric age group: preliminary results of a prospective, randomized study. Pediatric adenoidal hypertrophy and nasal airway obstruction: reduction with aqueous nasal beclomethasone. Effect of an intranasally administered corticosteroid (budesonide) on nasal obstruction, mouth breathing, and asthma. Intranasal budesonide treatment for children with mild obstructive sleep apnea syndrome. Medical treatment of adenoid hypertrophy with "fluticasone propionate nasal drops". Severe nasal polyposis and its impact on quality of life. The effect of a short course of oral steroids followed by long-term intranasal steroid treatment.
To describe the long-term outcome of a cohort of children with symptomatic adenotonsillar hypertrophy treated with aqueous nasal beclomethasone.
                The children enrolled completed a 4-week single-blind, saline solution controlled crossover study of aqueous beclomethasone (total: 400 micro g/d). In a 24-week open-label follow-on study, beclomethasone 200 micro g/d was offered to all patients. During a 100-week follow-up, the degree of nasal obstruction and the frequency of adenotonsillectomy were assessed.
                Fifty-three children of the 60 enrolled completed the study. After the 4-week crossover trial, the severity of nasal obstruction of 24 children (45%) significantly decreased during the use of nasal steroids, but no child improved when saline solution was used. At 24, 52, and 100 weeks, the 24 children who had initially improved showed a significant decrease of the severity of nasal obstruction and of the frequency of adenotonsillectomy (54% vs 83%) compared with the 29 children who had not responded after the initial steroidal therapy.
                Evidence from this study suggests that 45% of children with adenoidal hypertrophy improved after 2 weeks of steroidal therapy. Among these children, an additional 24-week treatment at a lower steroid dosage was associated with a significant 52- and 100-week clinical improvement and with reduction of adenotonsillectomy compared with children (55%) who had not responded after the initial 2-week steroidal therapy. To the efficacy of naial btvlomethosone spry in the treatmrnl of chronic adenoid hypertrophy in children.
                .-1 randomized double-blind placebo-controlled study Setting: Tertiary academic referral center Patients: Aged 3-12 years diagnosed to have chronic nasal obstruction due to hypertrophied adenoids.
                Intranasal beclomethasone at the dose of 200 microgramslday to one group and placebo to the other group in matched dispensers for 8 weeks. Outcome measures: Reduction of symptoms due to hypertrophied adenoids and the size of enlarged adenoids. Variables were noted at the beginning and end of the study for symptoms score severity. X-ray and flexible nasal endoscopie findings.
                Analysis was done to find any significant improvement between the two groups. The Chisquare test was used to investigate the relationship between discrete variables. 26 children completed the study with 13 each in the drug and placebo group. There were 17 male and 9 female patients from 3 to 12 years of age. There was no significant difference in nasal obstruction, snoring or nasal discharge between the two groups. Comparison of x-rays and endoscopy also showed no significant difference between the 2 groups significant (P value =1.000 and P=0.0666 respectively).
                This study indicates that intranasal beclomelhasone therapy is not useful in treatment of ehronic adenoid hypertrophy in the general pediatrie population. Adenoidal hypertrophy (AH) represents one of the most frequent indications for surgery in children and it has been proposed that treatment with intranasal corticosteroids can decrease the size of AH. Therefore, the aim of the study is to evaluate the effect of the use of intranasal flunisolide among children affected by AH. 178 children with AH were evaluated in this randomised and controlled study. Inclusion criteria for the study required that each patient had to have a III or IV degree of AH on the initial endoscopic examination. Children were treated with intranasal flunisolide or isotonic saline solution for 8 weeks. After treatment, endoscopy was performed to re-evaluate AH degree. Flunisolide treatment was associated with significant (p less than 0.04) reduction of AH degree. There was moreover a consistent reduction of children (46 out of 58) proposed to adenoidectomy. No clinically important adverse events were reported. In conclusion, this preliminary study demonstrates that an 8-week treatment with intranasal flunisolide is significantly associated with reduction of AH, thus preventing the recurrence to adenoidectomy, and is safe. We evaluated the efficacy of mometasone furoate aqueous nasal spray in decreasing adenoid size and reducing the severity of chronic nasal obstruction symptoms in children affected by adenoidal hypertrophy.
                Sixty children were recruited in a 2-stage, randomized, placebo-controlled trial. All patients complained of chronic nasal obstruction symptoms, and nasal endoscopy showed >75% choanal obstruction attributable to adenoid pads. In the first stage, 30 patients (group A) underwent mometasone treatment (50 microg per nostril per day) for 40 days, and 30 children (group B) received placebo. In the second stage, at the end of the first 40-day treatment period, patients in group A who showed subjective and objective clinical improvement were divided into 2 subgroups; group A1 (11 children) received topical intranasal steroid treatment on alternate days for the first 2 weeks per month, whereas group A2 (10 children) continued daily mometasone treatment for the first 2 weeks per month. After 3 months, all children were reassessed.
                Fifty-seven children completed the study according to the protocol. After the first treatment period, the severity of symptoms and adenoid size decreased for 21 patients (77.7%) in group A. No improvement was observed in the placebo group. After 3 months of additional therapy, group A2 patients demonstrated a more-pronounced reduction in adenoid size compared with group A1 patients. No statistically significant change in symptoms was identified. Mometasone treatment was well tolerated by all patients.
                Mometasone furoate aqueous nasal spray may be considered useful in decreasing adenoid pad size and the severity of symptoms related to adenoidal hypertrophy. Children with adenoidal hypertrophy that is not associated with tonsillar hypertrophy should be considered for intranasal mometasone treatment before surgery is planned. Pediatric adenoidal obstruction of the nasal airway is associated with significant morbidity and is a frequent indication for surgery. Because efficacious medical alternatives to adenoidectomy are lacking, we assessed the potency of standard-dose topical nasal beclomethasone in reduction of adenoidal obstruction of the nasal airway.
                Seventeen children, 5 to 11 years of age, exhibiting chronic obstructive nasal symptoms and a group mean (+/- SE) adenoid/choana ratio of 91 +/- 1% on rhinoscopic examination, completed an 8-week, double-blind, placebo-controlled crossover study of standard-dose aqueous nasal beclomethasone (total 336 micrograms/day) in the treatment of adenoidal hypertrophy. In a 16-week, open-label, follow-on study, subjects received beclomethasone 1 spray in each nostril twice daily (168 micrograms/day).
                Over the initial 4 weeks, improvements in the mean adenoidal obstruction of the choanae were significantly greater in the group receiving beclomethasone than in the group receiving placebo (right, -14.0% vs. +0.4%, P = .0002) (left, -15.0% vs. -2.0%, P = .0006). In the subsequent crossover 4 weeks, a significant beclomethasone carryover effect resulted in further adenoid size reduction in both treatment groups. All patients demonstrated a decrease in adenoid size with beclomethasone treatment, compared with a mixed response to placebo. Over the full 8-week crossover study, the mean (+/- SE) obstructive symptom score after beclomethasone treatment (20.5 +/- 3.0) was significantly improved compared to patients' initial (43.1 +/- 2.9) and placebo scores (31.1 +/- 4.2, P < or = .05), despite the active drug carryover effect into the placebo treatment period. Significant improvements in adenoidal obstruction and symptom scores over the 8-week crossover study were enhanced in the subsequent 16-week open-label period (P = .0001). By 24 weeks, an 82% reduction in group mean nasal obstruction symptom score accompanied a 29% mean reduction in adenoid/choana ratio. No clinical or demographic characteristic predicted a patient's degree of response to treatment.
                Properly administered aqueous nasal beclomethasone in standard doses can significantly reduce adenoidal hypertrophy and nasal airway obstructive symptoms in children. The effect of intranasally administered corticosteroid (budesonide) on nasal symptoms, mode of respiration (nasal versus mouth breathing), and asthma was investigated in 37 asthmatic children who were mouth breathers because of chronic nasal obstruction. After a 2-wk run-in period, the children were allocated randomly to 4 wk of intranasal therapy with either budesonide (400 micrograms/day) or placebo spray. A double-blind, parallel design was used. Diaries for peak expiratory flow, asthma, and rhinitis symptom scores and degree of mouth breathing were recorded at home. Nasal eosinophilia, nasal airway resistance at a flow of 0.2 L/s (NAR0.2), and lung function at rest and after exercise challenge were assessed at the clinic immediately before and at end of the 4-wk treatment. Budesonide, when compared with placebo, significantly decreased nasal obstruction (p less than 0.05), secretion (p less than 0.01), and eosinophilia (p less than 0.02), as well as NAR0.2 (p less than 0.05) and mouth breathing (p less than 0.01). The improvement in nasal obstruction correlated closely to the changes in mouth breathing (r = 0.80, n = 17, p less than 0.001). Furthermore, intranasally administered budesonide resulted in less exercise-induced asthma (EIA) (p less than 0.02) and decreased cough and asthma severity significantly. Pulmonary mechanics were only marginally improved. The present study showed that intranasally administered budesonide is effective in the treatment of perennial allergic rhinitis. An attenuation of EIA and a tendency to less asthma after budesonide therapy suggest a decrease in bronchial reactivity, but the results gave no clear evidence of an association between nasal airway function and asthma. Intranasal corticosteroids have been advanced as a nonsurgical therapeutic alternative for pediatric obstructive sleep apnea syndrome, particularly for patients with mild disease, and aims at reducing the size of hypertrophic adenotonsillar tissue.
                Of 71 possible candidates, 62 children with polysomnographically diagnosed mild obstructive sleep apnea syndrome were recruited onto a double-blind, randomized, crossover trial of intranasal budesonide (32 microg per nostril at bedtime) or placebo for 6 weeks followed by an additional 6-week treatment in the alternative treatment arm after allowing for a 2-week washout period. Polysomnographic assessment and radiographs for assessment of adenoid size were performed after completion of each phase.
                There were significant improvements in both polysomnographic measures (sleep latency, slow-wave sleep, and rapid-eye-movement sleep), in the magnitude of respiratory disturbance (apnea/hypopnea index, nadir pulse oxygen saturation), and in adenoid size among the 48 children who completed the treatment phase compared with 32 children who received placebo in their initial arm, with normalization of sleep measures in 54.1% of the treated children. Furthermore, discontinuation of treatment for 8 weeks for 25 children revealed a sustained duration of the initial treatment effect.
                A 6-week treatment with intranasal budesonide effectively reduced the severity of mild obstructive sleep apnea syndrome and the magnitude of the underlying adenoidal hypertrophy, and this effect persisted for at least 8 weeks after cessation of therapy. These findings justify the use of topical steroids as the initial therapeutic option in otherwise healthy children with mild obstructive sleep apnea. Adenoid hypertrophy treatment for children is generally planned in accordance with the degree of airway obstruction and related morbidity. If surgical treatment is indicated, the individual risk/benefit analysis of patients should be assessed in terms of anesthetic and postoperative complications. Although there are few alternative treatment options, these may be considered as a nonsurgical approach in less serious cases. Accordingly, studies about intranasal steroid applications under various protocols have been presented.
                The prospective, randomized, placebo-controlled study.
                Tertiary referral center.
                Patients indicated for surgery were randomly divided into two groups. The study group was treated by fluticasone propionate nasal drops (NSD-nasal steroid drops) of 400 microg/day for 8 weeks. The control group was treated by normal saline (NS) in the same way. All the patients were called for follow-up every 4 weeks.
                At the end of 8 weeks, statistically significant improvement (p<0.05) was observed in the NSD treated group compared to the NS treated group in terms of nasal airway obstruction, mouth breathing, speech abnormalities, apnea and night cough. At the end of 8 weeks, the average total symptoms score of the NSD treated group dropped from 13.7 to 2.9 while the NS treated group's score changed from 14.8 to 14.6. After 8 weeks of NSD treatment the initial adenoid/choana (A/C) rate had dropped from 87 to 56% and a total decrease of 35.6% was observed. After 8 weeks of NS treatment the A/C rate dropped from 87 to 85% and a total decrease of 2.2% was observed.
                In this study, the effect of fluticasone propionate nasal drops on adenoid hypertrophy is examined for the first time. This method provides an effective alternative to surgical treatment in children with adenoid hypertrophy. With the protocol applied in this study 76% of the patients were eliminated the surgery and removed from the surgical waiting list.
                Copyright 2010 Elsevier Ireland Ltd. All rights reserved. Nasal polyposis is not a life-threatening disorder but has a great impact on the quality of life. Steroids constitute the first line of treatment of nasal polyps. The aims of this study were to evaluate the quality of life in nasal polyp patients after: (1) a short course of oral steroids; and (2) a long-term treatment with intranasal steroids.
                Patients with severe nasal polyps received either oral prednisone (n = 60) or no steroid treatment (control group, n = 18) for 2 weeks. Patients treated with steroids were also followed-up and evaluated after 12, 24, and 48 additional weeks with intranasal budesonide treatment.
                Patients with nasal polyps showed worse scores on all SF-36 domains, except for physical functioning, compared to the Spanish general population. After two weeks, patients treated with oral prednisone demonstrated a significant improvement (p < 0.05) in all impaired QoL domains compared to both control group and baseline. The mental component summary (51.0 +/- 1.2, p < 0.05) and physical component summary (51.0 +/- 0.9, p < 0.05) were improved compared to both control group and baseline. The improvement of all SF-36 domains was sustained by intranasal budesonida (p < 0.05) after 12, 24, and 48 weeks. Nasal obstruction, sense of smell, and polyp size also improved after both the oral short course and the intranasal long-term steroids treatment (p < 0.05).
                These results suggest that the treatment with a short-course of oral steroids improves the quality of life of patients with severe nasal polyps and that this effect is maintained by a long-term treatment with intranasal steroids.
Current evidence suggests that intranasal corticosteroids may significantly improve nasal obstruction symptoms in children with moderate to severe adenoidal hypertrophy, and this improvement may be associated with a reduction in adenoid size. The long-term efficacy of intranasal corticosteroids in these patients remains to be defined.