Passive smoke exposure impairs recovery after hospitalization for acute asthma
R. S. Abulhosn, B. H. Morray, C. E. Llewellyn and G. J. Redding
Sharp Grossmont Family Medical Center, La Mesa, Calif, USA.
OBJECTIVE: To determine if children with chronic asthma hospitalized for an
acute exacerbation experienced prolonged clinical recovery after hospital
discharge if they returned to a home environment in which they were exposed
to environmental tobacco smoke. DESIGN: A prospective longitudinal study.
SETTING: Children's Hospital and Medical Center, Seattle, Wash. PATIENTS:
Patients admitted to the emergency department of the Children's Hospital
and Medical Center with the single diagnosis of asthma (International
Classification of Diseases, Ninth Revision [ICD-9] code 493). RESULTS:
Twenty-two children with acute asthma were sequentially enrolled in the
study and longitudinally observed between February and -June 1994. The
tobacco-smoking group (n = 11) was defined as having at least 1 smoker in
the home. The nonsmoking group (n = 11) had no environmental tobacco smoke
exposure at home. The 2 groups were similar in age, sex, preadmission
chronic asthma severity, and immediate predischarge asthma status.
Discharge medication use was similar in the 2 groups During a 1 month
follow-up period, the tobacco-smoking group had a significantly greater
number of symptomatic days than the nonsmoking group (P < .05) Of the
children in the nonsmoking group, 9 (82%) had less than 1 symptomatic day
per week compared with 3 (27%) in the tobacco-smoking group. beta 2-Agonist
bronchodilator use declined significantly (P < .001) during follow-up in
the nonsmoking group but not in the tobacco-smoking group, despite similar
anti-inflammatory drug therapy in both groups. CONCLUSIONS: Recovery by
children after hospitalization for acute asthma is impaired by
environmental tobacco smoke exposure when the period of recovery is
characterized by persistent respiratory symptoms and use of asthma
medication for symptomatic relief. These findings underscore the need to
limit environmental tobacco smoke exposure in children with asthma and
argue for closer physician follow-up of those children returning to a home
environment in which smokers are present.
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Tyc and Throckmorton-Belzer
Pediatrics 2006;118:e471-e487.
ABSTRACT
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Environmental Tobacco Smoke Exposure: Prevalence and Mechanisms of Causation of Infections in Children
Kum-Nji et al.
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ABSTRACT
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Halterman et al.
Arch Pediatr Adolesc Med 2004;158:460-467.
ABSTRACT
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Impact of Environmental Tobacco Smoke on Children With Sickle Cell Disease
West et al.
Arch Pediatr Adolesc Med 2003;157:1197-1201.
ABSTRACT
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Environmental Tobacco Smoke Exposure in Pediatric Asthma: Overview and Recommendations for Practice
Mcquaid et al.
CLIN PEDIATR 2003;42:775-787.
Involuntary Smoking and Asthma Severity in Children* : Data From the Third National Health and Nutrition Examination Survey
Mannino et al.
Chest 2002;122:409-415.
ABSTRACT
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Asthma Clinical Pathways: Toward What End?
Glauber et al.
Pediatrics 2001;107:590-592.
FULL TEXT
The miseries of passive smoiong
Nelson
Hum Exp Toxicol 2001;20:61-83.
ABSTRACT
Review : Environmental Tobacco Smoke and Respiratory Health in Children: A Critical Review and Analysis of the Literature from 1969 to 19981
Witorsch and Witorsch
Indoor and Built Environment 2000;9:246-264.
ABSTRACT
Smoking Status as a Vital Sign in Pediatric Settings
Turner-Henson et al.
Pediatrics 1999;103:1079a-1079.
FULL TEXT
The Burden of Environmental Tobacco Smoke Exposure on the Respiratory Health of Children 2 Months Through 5 Years of Age in the United States: Third National Health and Nutrition Examination Survey, 1988 to 1994
Gergen et al.
Pediatrics 1998;101
:e8-e8.
ABSTRACT
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PASSIVE SMOKING DELAYS RECOVERY FROM ACUTE ASTHMA
JWatch General 1997;1997:2-2.
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