Behavioral counseling for reducing children's ETS exposure: implementation in community clinics. Effect of infection control measures on the frequency of upper respiratory infection in child care: a randomized, controlled trial. Intervention to reduce environmental tobacco smoke exposure in Latino children: null effects on hair biomarkers and parent reports. Evaluation of a counseling method for the prevention of child exposure to tobacco smoke: an example of client-centered communication. Effect of feedback regarding urinary cotinine and brief tailored advice on home smoking restrictions among low-income parents of children with asthma: a controlled trial. Promoting health and home safety for children of parents with intellectual disability: a randomized controlled trial. The impact of a brief intervention on maternal smoking behavior. A randomized trial of a family-based smoking prevention intervention in managed care. Effect of infection control measures on the frequency of diarrheal episodes in child care: a randomized, controlled trial. Establishing family foundations: intervention effects on coparenting, parent/infant well-being, and parent-child relations. Advising parents of asthmatic children on passive smoking: randomised controlled trial.
The present randomized controlled trial tested the effectiveness of a behavioral counseling program for reducing children's exposure to environmental tobacco smoke (ETS). Counseling was delivered by clinic staff as part of well-child health care services in a community clinic setting. A total of 150 mothers with children aged 4 years or younger were recruited. Parent-reported and children's urinary cotinine measures of ETS exposure were obtained at baseline, 3 months, 6 months (post-test), and 12 months (follow-up). Saliva samples were obtained from mothers who reported quitting smoking, for objective verification by thiocyanate analysis. After baseline, mothers were randomly assigned to a measures-only control condition or an intervention consisting of seven behavioral counseling sessions over 6 months. Counseling included behavioral contracting, self-monitoring, problem solving, and positive reinforcement. Results indicated acceptable test-retest reliability and validity of measures. Parent-reported measures indicated that, in both groups, children's exposure to their mothers' tobacco smoke in the home and to all tobacco smoke declined steeply from baseline to 6 months post-test, and remained essentially level during follow-up. Mothers' smoking rates followed the same pattern. Children's urinary cotinine concentrations did not show significant change over time in either group. Findings on the fidelity of treatment implementation suggest that the structure and funding of the community clinic health care system and associated staff turnover and training issues resulted in participants receiving a less efficacious intervention than in our past efficacy trials. Implications for future effectiveness trials are discussed. Acute upper respiratory infections are common in children who attend child care, and preventing transmission of disease in this setting depends on actions by child care staff. We set out to discover whether transmission of respiratory infections in child care could be reduced by improved infection control procedures.
                We performed a cluster, randomized, controlled trial of an infection control intervention conducted in child care centers in 1 city in Australia. The intervention was training of child care staff about transmission of infection, handwashing, and aseptic nosewiping technique. Implementation of the intervention was recorded by an observer. Illness was measured by parent report in telephone interviews every 2 weeks.
                There were 311 child-years of surveillance for respiratory symptoms. By multivariable analysis, there was no significant reduction in colds in intervention center children across the full age range. However, a significant reduction in respiratory illness was present in children 24 months of age and younger. When compliance with infection control practices was high, colds in these children were reduced by 17%.
                This trial supports the role of direct transmission of colds in young children in child care. The ability of infection control techniques to reduce episodes of colds in children in child care was limited to children 24 months of age and under. To evaluate the effectiveness of a lay delivered intervention to reduce Latino children's exposure to environmental tobacco smoke (ETS). The a priori hypothesis was that children living in households that were in the intervention group would have lower exposure over time than measurement only controls.
                A two group, randomised control trial was conducted.
                Areas of San Diego county with a large Latino population.
                143 Latino parent-child pairs.
                Trained bicultural and bilingual Latina lay community health advisors, or promotoras, conducted problem solving aimed at lowering the target child's exposure to ETS in the household. Six home and telephone sessions were delivered by the promotoras over a four month period.
                Outcome measures were collected at baseline, immediately post-intervention, three months post-intervention, and 12 months post-intervention. Four outcomes were considered: (1) parent's paper-and-pencil reports of the child's past month exposure; (2) hair samples from the child analysed for past month nicotine; (3) hair samples from the child analysed for past month cotinine; and (4) per cent confirmed reducers.
                There were no significant condition-by-time interactions, the term indicative of a differential intervention effect. Significant or near significant time main effects were seen for children's hair cotinine, per cent confirmed reducers, and, in particular, parent reports of exposure.
                Applying a lay promotora model to deliver the behavioural problem solving intervention unfortunately was not effective. A likely explanation relates to the difficulty of delivering a relatively complex intervention by lay women untrained in behaviour change theory and research methods. Environmental tobacco smoke (ETS) is an important risk factor. The aim of this study is to evaluate effects of the counseling method "Smoke-free children" that focuses on protection of infants.
                The counseling method, "Smoke-free children", has been developed and implemented at Swedish child health centers. The counseling method's point of departure is based upon a client-centered approach. Saliva cotinine samples from the mothers were collected when the child was 1-4 weeks and 3 months of age. Interviews regarding mothers' smoking habits and self-reported maternal smoking were also carried out.
                Forty-one mothers participated in the study, 26 in the intervention group and 15 in the control group. Cotinine was collected from 22 subjects in the intervention and 8 in the control group. Before the intervention, the mean cotinine level was 185 ng/mL in the intervention group and 245 ng/mL in the control group. After the intervention, cotinine levels were reduced in the intervention group (165 ng/mL) and increased in the control group (346 ng/mL). Yet, after the intervention, the mothers themselves reported more smoking in the intervention group than in the control group. Only weak correlations were found between self-reported smoking and cotinine.
                The statistical analysis supports the view that a client-centered intervention, aimed at increasing self-efficacy, exerts a positive effect on maternal smoking in the prevention of infant exposure to ETS, when applied in a routine clinical setting. Since most smoker parents of children with asthma are unable to quit, an alternative measure that would reduce their children's exposure to environmental tobacco smoke (ETS) is to ban smoking in the home.
                Compared with 136 usual-care controls, 128 intervention-group parents recruited from South Australian pediatric hospital outpatient waiting rooms were given written and verbal feedback about their 1- to 11-year-old child's urinary cotinine-to-creatinine level, information booklets, and two telephone calls encouraging a ban on smoking at home.
                At 6 months, 49.2% of the intervention group reported having banned smoking in the home compared with 41.9% of controls, but the differential rate of change from baseline was not significant (P = 0.40). At follow-up, there were no significant differences between groups in the percentage reporting bans on smoking in the car, the mean reduction from baseline in total daily consumption or consumption in front of the child, children's urinary cotinine level, or parental smoking cessation.
                The intervention did not change parents' propensity to create or maintain bans on smoking in their homes or otherwise change smoking habits to reduce their children's exposure to ETS. More intensive interventions may be required to achieve change among low-income smoker parents of children with asthma.
                Copyright 2002 American Health Foundation and Elsevier Science. The objective of this study was to evaluate the efficacy of a home-based intervention targeted to parents with intellectual disability to promote child health and home safety in the preschool years. A total of 63 parents were recruited for the study with 45 parents (40 mothers and 5 fathers) from 40 families completing the project. The research design permitted comparison between the intervention and three alternative conditions with all parents receiving the intervention in an alternating sequence over the life of the project. The intervention consisted of 10 weekly lessons carried out in the parent's home focusing on child health and home safety. The program was adapted to suit the Australian context from the UCLA Parent--Child Health and Wellness Project (Tymchuk, Groen, & Dolyniuk, 2000). Outcome measures assessed parental health and safety behaviours. Standard measures included parental health, intelligence and literacy. The intervention improved parents' ability to recognize home dangers, to identify precautions to deal with these dangers and resulted in a significant increase in the number of safety precautions parents implemented in their homes with all gains being maintained at 3 months post-intervention. Parents' health behaviours including improved understanding of health and symptoms of illness, knowledge of and skills needed to manage life-threatening emergencies, knowledge about visiting the doctor, knowing when to call, what information to provide and what questions to ask, and how to use medicines safely significantly increased. Again, all gains were maintained 3 months post-intervention. The intervention was effective regardless of parental health, literacy skills, and IQ. This form of home-based intervention promotes a healthy and safe environment which is a prerequisite to continuing parental custody. To determine if mothers receiving a smoking cessation intervention emphasizing health risks of environmental tobacco smoke (ETS) for their children have a higher quit rate than 1) mothers receiving routine smoking cessation advice or 2) a control group.
                Randomized, controlled trial.
                Primary care center in a large urban children's hospital.
                Four hundred seventy-nine mothers were randomly assigned to a smoking cessation intervention either aimed at their child's health or their own health, or to a control group receiving safety information.
                Smoking status, stage of change, cigarettes/day, location smoking occurred, and knowledge of ETS effects.
                Complete data (baseline and both follow-ups) were available for 166 subjects. There was no impact of group assignment on the quit rate, cigarettes/day, or stage of change. The Child Health Group intervention had a sustained effect on location where smoking reportedly occurred (usually outside) and on improved knowledge of ETS effects.
                Further research is needed to devise more effective methods of using the pediatric health care setting to influence adult smoking behaviors. Each day more than 2000 youth under age 18 become daily smokers and the age of tobacco initiation has been going down. Health care settings can partner with families to encourage parent-child interactions that prevent youth tobacco use. This study evaluates a smoking prevention intervention package for parents and children (aged 10-12) provided through their managed care organization.
                A two-arm (usual care vs intervention) randomized trial was employed. The intervention included a mailed parental smoking prevention kit, outreach follow-up telephone calls to the parent by a health educator, child materials, medical record cues for physicians to deliver prevention messages, and parent newsletter. Outcome measures were susceptibility to smoking, experimentation with smoking, and smoking in the past 30 days as assessed by 20-month follow-up surveys of children.
                A total of 4,026 families enrolled in the study. The response rate to the 20-month follow-up was 88%. There were no significant effects of the intervention on any of the primary outcomes. The intervention was associated with modest but statistically significant increases in parent-child discussions of smoking related topics.
                A minimal-intensity family-based prevention program did not significantly reduce rates of susceptibility or tobacco use among youth aged 10-12 at baseline and 11 to 14 at follow-up. Development and evaluation of innovative approaches to tobacco use prevention must continue, despite our disappointing results. Parents and health care systems are too important to abandon as channels for prevention messages. Diarrheal infections are common in children who attend child care, and preventing transmission of disease in this setting depends on actions by child care staff. We set out to discover whether transmission of gastrointestinal infections in child care could be reduced by improved infection control procedures.
                We performed a cluster randomized, controlled trial of an infection control intervention conducted in child care centers for 1 city in Australia. The intervention was training of child care staff about transmission of infection and handwashing and focused on both staff and child behavior. Implementation of the intervention was recorded by an observer. Illness was measured by parent report in telephone interviews every 2 weeks.
                There were 311 child-years of surveillance for diarrheal episodes. The rate of episodes of diarrhea was 1.9 per child-year in intervention centers and 2.7 per child-year in control centers. Multivariable analysis showed that diarrheal episodes were significantly reduced in intervention center children by 50%. However, the impact of the intervention was confined to children over 24 months of age. For those centers in which children's compliance with handwashing was high, diarrheal episodes were reduced by 66%.
                This trial supports education about infection control, for staff and children in child care, as a means of reducing transmission of diarrhea. Reduction in episodes of diarrhea in children in child care was limited to children over 24 months of age. This study investigated the ability of a theoretically driven, psychosocial prevention program implemented through childbirth education programs to enhance the coparental relationship, parental mental health, the parent-child relationship, and infant emotional and physiological regulation. A sample of 169 heterosexual, adult couples who were expecting their 1st child was randomized to intervention and control conditions. The intervention families participated in Family Foundations, a series of 8 classes, delivered before and after birth, that was designed as a universal prevention program (i.e., it was applicable to all couples, not just those at high risk). Intent-to-treat analyses indicated significant program effects on coparental support, maternal depression and anxiety, distress in the parent-child relationship, and several indicators of infant regulation. Intervention effects were not moderated by income, but greater positive impact of the program was found for lower educated parents and for families with a father who reported higher levels of insecure attachment in close relationships. These findings support the view that coparenting is a potentially malleable intervention target that may influence family relationships as well as parent and child well-being.
                (c) 2008 APA, all rights reserved. To investigate whether parents of asthmatic children would stop smoking or alter their smoking habits to protect their children from environmental tobacco smoke.
                Randomised controlled trial.
                Tayside and Fife, Scotland.
                501 families with an asthmatic child aged 2-12 years living with a parent who smoked.
                Parents were told about the impact of passive smoking on asthma and were advised to stop smoking or change their smoking habits to protect their child's health.
                Salivary cotinine concentrations in children, and changes in reported smoking habits of the parents 1 year after the intervention.
                At the second visit, about 1 year after the baseline visit, a small decrease in salivary cotinine concentrations was found in both groups of children: the mean decrease in the intervention group (0.70 ng/ml) was slightly smaller than that of the control group (0.88 ng/ml), but the net difference of 0.19 ng/ml had a wide 95% confidence interval (-0.86 to 0.48). Overall, 98% of parents in both groups still smoked at follow up. However, there was a non-significant tendency for parents in the intervention group to report smoking more at follow up and to having a reduced desire to stop smoking.
                A brief intervention to advise parents of asthmatic children about the risks from passive smoking was ineffective in reducing their children's exposure to environmental tobacco smoke. The intervention may have made some parents less inclined to stop smoking. If a clinician believes that a child's health is being affected by parental smoking, the parent's smoking needs to be addressed as a separate issue from the child's health.
While brief counselling interventions have been identified as successful ifor adults when delivered by physicians, this cannot be extrapolated to adults as parents in child health settings. However, there is limited support for more intensive counselling interventions for parents in such contexts. There is no clear evidence of differences between the respiratory, non-respiratory ill child, well child and peripartum settings as contexts for reduction of children's ETS exposure.