Home-based asthma education of young low-income children and their families. Pilot study of a home-based asthma health education program. Home-based family intervention for low-income children with asthma: a randomized controlled pilot study. An evaluation of an innovative multimedia educational software program for asthma management: report of a randomized, controlled trial. An education intervention for childhood asthma by Aboriginal and Torres Strait Islander health workers: a randomised controlled trial. Delivering tailored asthma family education in a pediatric emergency department setting: a pilot study. Adherence feedback to improve asthma outcomes among inner-city children: a randomized trial. Educational outreach to general practitioners reduces children's asthma symptoms: a cluster randomised controlled trial. Internet-enabled interactive multimedia asthma education program: a randomized trial. Impact of a nurse-led home management training programme in children admitted to hospital with acute asthma: a randomised controlled study. Asthma education by community child health nurses.
To conduct a controlled trial of a home-based education program for low-income caregivers of young children with asthma.
                Participants were randomized to treatment-eight weekly asthma education sessions adapted from the Wee Wheezers program (n = 49)-or usual care (n = 46). Baseline and 3- and 12-month follow-up data were gathered from caregivers and from children's medical records.
                Treatment was associated with less bother from asthma symptoms, more symptom-free days, and better caregiver quality of life at follow-up for children 1-3, but not those 4-6, years of age. Treatment and control groups did not differ in caregiver asthma management behavior or children's acute care utilization.
                This home-based asthma education program was most effective with younger children; perhaps their caregivers were more motivated to learn about asthma management. Targeting psychosocial factors associated with asthma morbidity might also enhance the efficacy of asthma education for these families. Caring for a child with asthma can affect the parent's coping and well-being and coping strategies. This study examined the influence of a home-based asthma health education program on parental coping and quality of life.
                Randomized controlled non-blinded clinical trial.
                Northern community pediatrician's office.
                Families whose children, under the age of 11, had chronic stable asthma, and who presented to the pediatrician's office for continuing care; those with an acute exacerbation of asthma were excluded.
                Families were randomly assigned to receive either a single two-hour, standardized home-based asthma health education session or a booklet representing conventional care.
                One and three-months following the intervention, assessments were obtained for coping measured by Hymovich's Parent Perception Inventory (PPI), quality of life measured by the Pediatric Asthma Caregiver Quality of Life Questionnaire (PACQLQ) and change in asthma measured by the Caregiver Perception of Change (CPC) survey.
                Forty families were recruited and randomized; baseline characteristics were similar between groups. At the final follow-up, reduction in parental need for asthma information (p = 0.04), reduction in parental concerns (p = 0.02) and increased use of coping strategies (p = 0.04) were observed in the home-based care group. Improvement was noted in the parent's perception of their child's asthma in the home-based asthma education group (p = 0.01). Quality of life as measured by the PACQLQ remained unchanged over the intervention period (p > 0.05).
                These results suggest the use of a one-time, flexible, home-based intervention to assist families caring for children with asthma should be considered and appears effective. Low-income African American children have disproportionately higher asthma morbidity and mortality. Education alone may not address barriers to asthma management due to psychosocial stress. This study evaluated the efficacy of a home-based family intervention integrating asthma education and strategies to address stress using a community-based participatory research model. Children age 8 to 13 with poorly controlled asthma and their caregivers were recruited from an urban hospital and an asthma camp. Caregivers with elevated scores on a stress measure were enrolled. Forty-three families were randomized to the 4- to 6-session Home Based Family Intervention (HBFI) or the single session of Enhanced Treatment as Usual (ETAU). All families received an asthma action plan and dust mite covers; children performed spirometry and demonstrated MDI/spacer technique at each home visit. The HBFI addressed family-selected goals targeting asthma management and stressors. Asthma management, morbidity, family functioning, and caregiver stress were assessed at baseline, postintervention, and 6 months after the intervention. ED visits and hospitalizations were ascertained by medical record review for a year after intervention completion. Only one child (5%) in HBFI had an asthma-related hospitalization compared to 7 patients (35%) in ETAU in the year following intervention. Participants in both groups demonstrated improved asthma management and family functioning, and reduced ED visits, symptom days, missed school days, and caregiver stress, but there were no differential treatment effects. The results suggest that a home-based intervention addressing medical and psychosocial needs may prevent hospitalizations for children with poorly controlled asthma and caregivers under stress.
                (c) 2012 APA, all rights reserved. Asthma continues to be a substantial cause of morbidity in pediatric populations. New strategies are needed to provide cost-effective educational interventions for children with asthma, particularly those in the inner city.
                To assess the effectiveness of a multimedia educational software program about asthma.
                A hospital-based primary care clinic and an affiliated neighborhood health center.
                Randomized, controlled trial.
                Children 3 to 12 years old with physician-diagnosed asthma.
                An interactive educational computer program, Asthma Control, designed to teach children about asthma and its management. Using a graphic display of a child going through simulated daily events, the game emphasizes: 1) monitoring; 2) allergen identification; 3) use of medications; 4) use of health services; and 5) maintenance of normal activity. Control group participants reviewed printed educational materials with a research assistant.
                Acute health care use (emergency department and outpatient) was the primary outcome. Secondary outcome measures included maternal report of asthma symptom severity, child functional status and school absences, satisfaction with care, and parental and child knowledge of asthma.
                A total of 137 families were enrolled in the study (76 intervention, 61 control). Both intervention and control groups showed substantial improvement in all outcomes during the 12-month follow-up period. Aside from improvement in knowledge after use of the computer program, no differences were demonstrated between the 2 groups in primary or secondary outcome measures. Children reported enjoyment of program use.
                This trial of an educational software program found that it did not produce greater improvement than occurred with review of traditional written materials. Because both groups showed substantial improvement over baseline, computer-based education may be more cost-effective. Alternatively, improvements in illness severity over time may overshadow the effects of such interventions. Rigorous comprehensive evaluations such as this are necessary to assess new interventions intended to improve management and outcomes of asthma. To assess the outcomes of an education intervention for childhood asthma conducted by Australian Indigenous health care workers (IHCWs).
                Randomised controlled trial in a primary health care setting on Thursday Island and Horn Island, and in Bamaga, Torres Strait region of northern Australia, April 2005 to March 2007.
                88 children, aged 1-17 years, with asthma diagnosed by a respiratory physician (intervention group, 35; control group, 53; 98% Indigenous children).
                Children were randomly allocated to: (i) three additional asthma education sessions with a trained IHCW, or (ii) no additional asthma education. Both groups were re-assessed at 12 months.
                Primary endpoint: number of unscheduled visits to hospital or a doctor caused by asthma exacerbation. Secondary outcomes: measures of quality of life (QoL) and functional severity index; asthma knowledge and understanding of asthma action plans (AAPs); and school days missed because of wheezing.
                The groups were comparable at baseline (except for asthma severity, which was adjusted for in the analysis). There were no significant differences in the primary outcome (number of unscheduled medical visits for asthma). School children in the intervention group missed fewer school days because of wheezing (100% < 7 days v 21% of those in the control group missed 7-14 days). Significantly more carers in the intervention group could answer questions about asthma medication, knew where their AAP was kept (84% v 56%), and were able to describe the plan (67% v 40%). In both the intervention and control groups (before-and-after comparison), there was a significantly reduced frequency of asthma exacerbations, as well as an improved QoL score and functional severity index, with no significant differences between the groups.
                A community-based asthma education program conducted by trained IHCWs improves some important asthma outcomes in Indigenous children with asthma.
                Australian Clinical Trials Registry ACTRN012605000718640. Many children are brought to the pediatric emergency department (ED) with acute asthma symptoms. Emergency asthma care is costly, and many ED visits may be preventable. Families often do not have written asthma action plans and lack asthma self-management skills. This study tests a tailored self-management intervention delivered in the ED for families of children with asthma. The primary hypotheses were that the intervention group would have greater confidence to manage asthma 14 days postintervention and more well-asthma visits and fewer urgent care/ED visits at 9 and 12 months.
                This randomized intervention/usual-care study was part of a larger ED asthma surveillance project in 4 urban pediatric ED sites. Asthma educators used a computer-based resource to tailor the intervention messages and provide a customized asthma action plan and educational summary. Children with acute asthma were enrolled during an ED visit, and follow-up telephone interviews were conducted during the next 9 months. The ED clinician classified the child's acute and chronic severity.
                To date, 464 subjects aged 1 to 18 years have been enrolled. The ED clinicians reported that 46% had intermittent and 54% had persistent chronic severity with 51% having mild acute severity episodes. The confidence level to prevent asthma episodes and keep them from getting worse was significantly higher in the intervention group at 14 days postintervention. More subjects in the intervention group reported well-asthma visits by 9 months. Return ED visits were significantly lower in the intervention group in those with intermittent asthma. Twelve-month follow-up is in process.
                The tailored ED self-management intervention demonstrates significant effects on caregiver self-confidence and well-visit follow-up. Additional evaluation is needed to determine what impact this intervention has long-term. We evaluated the longitudinal effects of home-based asthma education combined with medication adherence feedback (adherence monitoring with feedback [AMF]) and asthma education alone (asthma basic care [ABC]) on asthma outcomes, relative to a usual-care (UC) control group.
                A total of 250 inner-city children with asthma (mean age: 7 years; 62% male; 98% black) were recruited from a pediatric emergency department (ED). Health-outcome measures included caregiver-frequency of asthma symptoms, ED visits, hospitalizations, and courses of oral corticosteroids at baseline and 6-, 12-, and 18-month assessments. Adherence measures included caregiver-reported adherence to inhaled corticosteroid (ICS) therapy and pharmacy records of ICS refills. Multilevel modeling was used to examine the differential effects of AMF and ABC compared with UC.
                ED visits decreased more rapidly for the AMF group than for the UC group, but no difference was found between the ABC and UC groups. The AMF intervention led to short-term improvements in ICS adherence during the active-intervention phase relative to UC, but this improvement decreased over time. Asthma symptoms and courses of corticosteroids decreased more rapidly for the ABC group than for the UC group. Hospitalization rates did not differ between either intervention group and the UC group. No differences were found between the ABC and AMF groups on any outcome.
                Asthma education led to improved adherence and decreased morbidity compared with UC. Home-based educational interventions may lead to modest short-term improvements in asthma outcomes among inner-city children. Adherence feedback did not improve outcomes over education alone. Childhood asthma is common in Cape Town, a province of South Africa, but is underdiagnosed by general practitioners. Medications are often prescribed inappropriately, and care is episodic. The objective of this study is to assess the impact of educational outreach to general practitioners on asthma symptoms of children in their practice.
                This is a cluster randomised trial with general practices as the unit of intervention, randomisation, and analysis. The setting is Mitchells Plain (population 300,000), a dormitory town near Cape Town. Solo general practitioners, without nurse support, operate from storefront practices. Caregiver-reported symptom data were collected for 318 eligible children (2 to 17 years) with moderate to severe asthma, who were attending general practitioners in Mitchells Plain. One year post-intervention follow-up data were collected for 271 (85%) of these children in all 43 practices. Practices randomised to intervention (21) received two 30-minute educational outreach visits by a trained pharmacist who left materials describing key interventions to improve asthma care. Intervention and control practices received the national childhood asthma guideline. Asthma severity was measured in a parent-completed survey administered through schools using a symptom frequency and severity scale. We compared intervention and control group children on the change in score from pre-to one-year post-intervention.
                Symptom scores declined an additional 0.84 points in the intervention vs. control group (on a nine-point scale. p = 0.03). For every 12 children with asthma exposed to a doctor allocated to the intervention, one extra child will have substantially reduced symptoms.
                Educational outreach was accepted by general practitioners and was effective. It could be applied to other health care quality problems in this setting. To determine whether health outcomes of children who have asthma can be improved through the use of an Internet-enabled interactive multimedia asthma education program.
                Two hundred twenty-eight children with asthma visiting a pediatric pulmonary clinic were randomly assigned to control and intervention groups. Children and caregivers in both groups received traditional patient education based on the National Asthma Education and Prevention Program. Intervention group participants received additional self-management education through the Interactive Multimedia Program for Asthma Control and Tracking. Pediatric Asthma Care Knowledge Survey, Pediatric Asthma Caregiver's Quality of Life Questionnaire, asthma symptom history, spirometry, and health services utilization data were collected at the initial visit and at 3 and 12 months.
                Interactive Multimedia Program for Asthma Control and Tracking significantly increased asthma knowledge of children and caregivers, decreased asthma symptom days (81 vs 51 per year), and decreased number of emergency department visits (1.93 vs 0.62 per year) among the intervention group participants. The intervention group children were also using a significantly lower average daily dose of inhaled corticosteroids (434 vs 754 micro g [beclomethasone equivalents]) at visit 3. Asthma knowledge of all 7- to 17-year-old children correlated with fewer urgent physician visits (r = 0.37) and less frequent use of quick-relief medicines (r = 0.30).
                Supplementing conventional asthma care with interactive multimedia education can significantly improve asthma knowledge and reduce the burden of childhood asthma. Re-admissions to hospital in childhood asthma are common with studies reporting that 25% or more of children will be re-admitted within a year. There is a need for strategies to reduce re-admissions.
                A prospective randomised control study of an asthma home management training programme was performed in children aged two years or over admitted with acute asthma. Two hundred and one children were randomised at admission to either an intervention group (n = 96) which received the teaching programme or a control group (n = 105). A nurse-led teaching programme used the current attack as a model for the management of future attacks and included discussion, written information, subsequent follow up and telephone advice aimed at developing and reinforcing individualised asthma management plans. Parents were also provided with a course of oral steroids and guidance on when to start them.
                The groups were similar in degree of social deprivation, length of stay, number of previous admissions, acute asthma treatment, and asthma treatment at discharge. Subsequent re-admissions were significantly reduced in the intervention group from 25% to 8% in individual follow up periods that ranged from two to 14 months (chi 2 = 9.63; p = 0.002). This reduction was not accompanied by any increase in subsequent emergency room attendances nor, in the short term, by any increase in urgent community asthma treatment. The intervention group also showed significant reductions in day and night morbidity 3-4 weeks after admission to hospital.
                A nurse-led asthma home management training programme administered during a hospital admission can significantly reduce subsequent admissions to hospital for asthma. Acute hospitalisation may be a particularly effective time to deliver home management training. A randomised controlled study of an educational programme for children with asthma and their families was carried out by community child health nurses. Three hundred and sixty eight children aged 2 to 14 years were enrolled in the study after admission to hospital for asthma. The intervention group was visited monthly by a nurse for six months. The subjects were assessed six months later by a postal, self administered questionnaire. European children in the intervention group were taking significantly more drugs for the treatment of asthma six months after the index admission to hospital than those in the control group (mean (SD) intake 2.7 (1.1) v 2.1 (1.0), respectively). In particular, they were using more theophylline (56.6% v 37.0%) and inhaled steroids (34.9% v 21.0%). There was no difference between the groups for parental reports of improvement, of missed schooling, and in severe attacks of asthma of not responding to the usual treatment at home. European children in the intervention group used the hospital services for severe attacks of asthma more than controls (34.2% v 10.5%). There were more re-admissions in the European intervention group in the subsequent six months after the index admission than in the control group (mean (SD) 0.51 (0.97) v 0.29 (0.65). Re-admission continued to be higher in the 12 months after the nurse had stopped visiting (0.81 (1.65) v 0.25 (0.65]. There was no difference in the duration of hospital stay between the intervention and control groups. For Polynesian children there was no difference between the groups for any outcome measures.
We found inconsistent evidence for home-based asthma educational interventions compared to standard care, education delivered outside of the home or a less intensive educational intervention delivered at home. Although education remains a key component of managing asthma in children, advocated in numerous guidelines, this review does not contribute further information on the fundamental content and optimum setting for such educational interventions.