Table 1.
Characteristics and quality assessment of studies included
Author(s)/Date | Setting | Aim | Design | Sample | Intervention | Main outcomes | Quality assessment* |
---|---|---|---|---|---|---|---|
Qualitative studies | |||||||
Kai 199432 | Health visitor and general practitioner baby clinics (UK) | To explore disadvantaged parents’ perceptions and use of the Baby Check booklet | Qualitative interview and records of consultations | Parents of 34 babies <6 months attending weekly baby clinic in GP in disadvantaged area | Parents were given a copy of Baby Check. Unstructured 30–90-min interviews with parents until baby was 6 months | Perceptions, use of the booklet and consultations for illness among disadvantage parents | ** |
Krantz 200138 | Parent Resource Centre. Children's Hospital Ontario (Canada) | To describe the development of, and pilot, a fever anticipatory guidance tool for parents | Qualitative interview | 15 first-time parents with children aged 2 months to 4 years from inner city Parent Resource Centre | The Fever Anticipatory Guidance Tool | Views on, and use of, the booklet | * |
Randomised controlled trials | |||||||
Baker et al 200918 | ED (USA) | Effect of a brief educational video during ED visit for minor febrile illnesses | RCT | 280 parents of children aged 3 months to 3 years presenting to with febrile illness |
Intervention: 11-min video on home management of fever. Control: 8-min video on home and automobile safety |
Knowledge, attitudes, and return ED visits for minor febrile illnesses within 2 years | *** |
Broome et al 200319 | 6 clinics in 6 states (USA) | Effect of a structured education programme on parents’/grandparents’ knowledge, confidence, and satisfaction in assessing and managing a child's fever | RCT | 216 children from 3/12 to 6 years of age and their parents/grandparents. 183 followed up at 3 months and 145 at 6 months |
Intervention 1: video and brochure on childhood fever in clinic; Intervention 2: brochure and video in clinic, plus health professional reinforced content and answered parents’ questions during consultation; Control: ‘usual’ care |
Knowledge, confidence, and satisfaction in assessing and managing child’s fever at 48 h, 1, 3, and 6 months postintervention | * |
Chande et al 199620 | Urban paediatric ED (USA) | Effect of educational intervention on common childhood illness on ED visits | RCT | 130 parents of children with minor illnesses in ED |
Intervention: 10-min video on paediatric healthcare issues plus information booklet on common paediatric ailments Control: standard ED discharge instructions |
Return visits to ED over 6 months | * |
Francis et al 200925 | General practice (UK) | Effect of interactive booklet on respiratory tract infections on reconsultation for same illness episode, antibiotic use, future consultation intentions, and parental satisfaction | Cluster RCT | 61 practices in Wales and England. 558 parents of children (6 months to 14 years) with a respiratory tract infection |
Intervention: Eight page booklet on childhood respiratory tract infections within consultations and as a take home resource. Control: ‘usual’ consultation |
Reconsultation within 2 weeks, antibiotic prescribing and consumption, future consultation intentions, parent satisfaction and usefulness of information received, reassurance and enablement | **** |
Hansen 199026 | General practice (Denmark) | Effect of booklet on families’ minor illness-behaviour for children <8 years | RCT | 100 young families with min. one child <8 years in one practice |
Intervention: Booklet on common childhood problems, presented by GP. Parent recorded illnesses. Control: Unclear. ?‘usual care’ plus diary completion |
Consultation frequency and anxiety over 6 months | ** |
McCarthy et al 199023 | US Private practice and primary care centre | Effect of Acute Illness Observation Scales (AIOS) on mother's judgements about acute illness in children under 24 months | RCT | 369 mothers with 2-week-old baby |
Intervention: AIOS film plus fever scenario scoring. Film shown again at 6 and 15 months. AIOS used to score illness prior to and with doctor during consultation. Control: Routine advice about fever. Illness scored on 3-point scale |
Reliability, specificity and sensitivity of mother's judgements compared to clinician assessment from 2 weeks of age, for 32 months | * |
Robbins et al 200312 | Primary care (UK) | Effect of home visit and infant minor illness booklet on parent's illness management and consultation rates | RCT | Single GP practice: 103 parents of babies born in 6-month birth cohort |
Intervention: Postal booklet on common childhood illnesses. Research nurse visit when baby 6 weeks old. Control: Routine health visiting service |
Confidence, knowledge, home care activities and desire to contact professionals. Prescription and consultation rates tracked for 6 months | *** |
Thomson et al 199933 | General Practice (UK) | Effect of Baby Check, an illness scoring system for babies ≤6/12, on parents’ use of health services for their baby | RCT | 997 mothers with new babies |
Intervention: Baby Check plus an accident prevention leaflet Control: accident prevention leaflet alone |
Consultation behaviour tracked for 6 months | *** |
Usherwood 199135 | General practice (UK) | Effect of a children's symptom booklet on GP consultations | RCT | 419 households with 634 children born 1975 to 1984 registered with one practice |
Intervention: Postal booklet on cough, fever, sore throat, diarrhoea and vomiting Control: No intervention. Baseline data gathered for 2 months prior to intervention |
Consultation rates for 12 months postintervention | * |
Non-randomised trials | |||||||
Herman and Jackson 201029 | Head Start agencies (USA) | Effect of educational intervention on health utilisation for acute illness in children ≤5 years | Cohort study (prospective) | 9240 parents with one child enrolled in Head Start 7281 completed the training 581 tracked annually for 2 years |
Health training programmes using reference guide ‘What to Do When Your Child Gets Sick’ by Mayer and Kuklierus (2007) in 55 Head Start agencies in 35 states. Tracked for 3 months, trained in 4th month, follow-up for 6 months. Annual visits for 581 parents | ED and primary care consultation rates for 3-year period | *** |
Isaacman et al 199227 | Paediatric ED (USA) | Effect of two standardised simplified discharge instructions on parents information recall | CT (Non-randomised control) | 197 parents of children discharged with otitis media (OM) |
Intervention 1: standardised verbal discharge information on OM from HCPs in ED Intervention 2: as above+typewritten information from health professionals in ED.Control: ‘usual’ discharge information |
Knowledge and management of OM before leaving ED, at 24 and 72 h postintervention Return visits to ED and parent reported physician contact within 72 h |
** |
Kelly et al 199636 | Private paediatrician's office, 4 Primary care centres (USA) | Effect of educational intervention on knowledge and management of fever | Pretest post-test cohort study | 86 caretakers of children 2 months to 5 years presenting for routine healthcare or acute minor illness 50 follow-up interviews |
Printed fever management sheet at end of initial interview Identified knowledge deficits addressed |
Questionnaire on fever knowledge and management before and 2–4 weeks after intervention | ** |
O’Neill Murphy et al 200130 | Urban ED Children's Hospital of Philadelphia (USA) | Effects of educational programme on parents’ anxiety about fever, home management and consultation behaviour | Quasi-experimental, pretest post-test pilot study | 87 parents with children aged 3 months to 5 years with fever >38.4 |
Intervention: Interactive Fever programme Control: Standard Fever Education Programme |
Anxiety, consultation behaviour, home management before and after HCP consultation, 2 and 8 weeks after the intervention | * |
Rosenberg and Pless 199321 | Montreal Children's hospital ED (Canada) | Effect of ED-based parent education on future ED visit rates | Non-randomised CT | 300 parents of children >6 months in ED |
Intervention: educational pamphlet on common childhood illness plus video in waiting room. Control: ‘usual’ care. (Sequential recruitment to intervention then control) |
Consultation behaviour 4 and 12 months postintervention | |
Steelman et al 199922 | Military Paediatric Clinic (USA) | Effect of educational intervention on parent's childhood fever knowledge and consultation rates | Pretest post-test CT | 93 parents attending 2, 4, and 6 month well-infant visits |
Intervention: standardised slide presentation on well-infant care+10 min presentation on fever and mail out at 1 and 3 months Control: standardised slide presentation on well-infant care |
Knowledge of fever, clinic and ED usage at enrolment, 2 and 4 months postintervention | |
Wassmer and Hanlon 199928 | Worcester Royal Infirmary DGH (UK) | Effect of information for parents on febrile convulsions on parent's knowledge | Non-Randomised CT | Intervention: 50 parents of children with 1st febrile convulsion May to Dec 1996. Control: 50 parents of children at community health clinic with no febrile convulsion |
Intervention: verbal and written information on febrile convulsions during consultation Control: no information provided. Assume ‘usual care’ |
Parental knowledge of febrile convulsion 1 year postintervention | |
Yoffe et al 201134 | Primary care clinic (USA) | Effect of parent-focused educational intervention on non-urgent ED visits | Realistic evaluation | Parents of all children ≤10 years attending 3 primary care clinics Number receiving the booklet was not provided |
Intervention: booklet on common childhood illness to the parents with children registered with one primary care clinic Control: Parents of children registered with two other clinics not receiving the booklet |
ED consultation rates Nov 2007 to Apr 2009 | |
Qualitative descriptive studies | |||||||
Thornton et al 199124 | Conducted in the home (UK) | Use of Baby Check (BC), an illness scoring system for babies ≤6/12, by mothers at home | Two field trails | Study A: 104 mothers of term babies, randomly selected from the birth register Study B: 70 mothers of term babies born on selected days |
Study A: Mothers used BC daily for a week and recorded contacts with HCPs. Research nurse visit to grade mother's competence in booklet use Study B: Mothers used BC when wanted to until baby was 6 months. Research nurse visit when babies 8 and 16 weeks. Questionnaire about BC at 6 months |
Views and use of the booklet | **** |
Anhang et al 201337 | Two Children's EDs (USA) | Usability and safety of a web-based decision support tool for parents of children with flu-like illnesses | Pilot feasibility study | 294 parents/carers of children ≤18 years who had presented to an emergency department for an influenza-like illness | Intervention: Strategy for Off-site Rapid Triage (SORT) for Kids tool web-based parent survey and severity scoring tool | Caregiver ratings of usability of tool, sensitivity and specificity of SORT for Kids for identifying children needing ED | * |
Mixed methods studies | |||||||
Stockwell et al 201031 | Early Head Start Agency at Columbia University (USA) | Pilot evaluation of a community-based, culturally competent health literacy intervention on care of URI, with Latino Early Head Start parents | Pretest post-test pilot evaluation | 11 parents of children 6 months to 3 years in full evaluation 17 in interviews and 33 postclass evaluations |
Three education modules delivered in children's centre | Parental knowledge, attitudes and care of URI before and 2 weeks after final module using Knowledge, Attitude, Practices instrument | ** |
*Quality assessment rating, between zero stars (lowest quality) and 4 stars (****, highest quality).
DGH, District General Hospital; ED, emergency department; GP, general practitioner; RCT/CT, randomised controlled trial/controlled trial; URI, upper respiratory infection.