Book contents
- Frontmatter
- Contents
- Dedication
- Acknowledgements
- Foreword
- 1 Sudden Infant Death Syndrome: Definitions
- 2 Sudden Infant Death Syndrome: An Overview
- 3 Sudden Unexplained Death in Childhood: An Overview
- 4 Sudden Infant Death Syndrome: History
- 5 Responding to Unexpected Child Deaths
- 6 The Role of Death Review Committees
- 7 Parental Perspectives
- 8 Parental Grief
- 9 Promoting Evidence-Based Public Health Recommendations to Support Reductions in Infant and Child Mortality: The Role of National Scientific Advisory Groups
- 10 Risk Factors and Theories
- 11 Shared Sleeping Surfaces and Dangerous Sleeping Environments
- 12 Preventive Strategies for Sudden Infant Death Syndrome
- 13 The Epidemiology of Sudden Infant Death Syndrome and Sudden Unexpected Infant Deaths: Diagnostic Shift and other Temporal Changes
- 14 Future Directions in Sudden Unexpected Death in Infancy Research
- 15 Observational Investigations from England: The CESDI and SWISS Studies
- 16 An Australian Perspective
- 17 A South African Perspective
- 18 A United Kingdom Perspective
- 19 A United States Perspective
- 20 A Scandinavian Perspective
- 21 Neonatal Monitoring: Prediction of Autonomic Regulation at 1 Month from Newborn Assessments
- 22 Autonomic Cardiorespiratory Physiology and Arousal of the Fetus and Infant
- 23 The Role of the Upper Airway in SIDS and Sudden Unexpected Infant Deaths and the Importance of External Airway-Protective Behaviors
- 24 The Autopsy and Pathology of Sudden Infant Death Syndrome
- 25 Natural Diseases Causing Sudden Death in Infancy and Early Childhood
- 26 Brainstem Neuropathology in Sudden Infant Death Syndrome
- 27 Sudden Infant Death Syndrome, Sleep, and the Physiology and Pathophysiology of the Respiratory Network
- 28 Neuropathology of Sudden Infant Death Syndrome: Hypothalamus
- 29 Abnormalities of the Hippocampus in Sudden and Unexpected Death in Early Life
- 30 Cytokines, Infection, and Immunity
- 31 The Genetics of Sudden Infant Death Syndrome
- 32 Biomarkers of Sudden Infant Death Syndrome (SIDS) Risk and SIDS Death
- 33 Animal Models: Illuminating the Pathogenesis of Sudden Infant Death Syndrome
9 - Promoting Evidence-Based Public Health Recommendations to Support Reductions in Infant and Child Mortality: The Role of National Scientific Advisory Groups
Published online by Cambridge University Press: 20 July 2018
- Frontmatter
- Contents
- Dedication
- Acknowledgements
- Foreword
- 1 Sudden Infant Death Syndrome: Definitions
- 2 Sudden Infant Death Syndrome: An Overview
- 3 Sudden Unexplained Death in Childhood: An Overview
- 4 Sudden Infant Death Syndrome: History
- 5 Responding to Unexpected Child Deaths
- 6 The Role of Death Review Committees
- 7 Parental Perspectives
- 8 Parental Grief
- 9 Promoting Evidence-Based Public Health Recommendations to Support Reductions in Infant and Child Mortality: The Role of National Scientific Advisory Groups
- 10 Risk Factors and Theories
- 11 Shared Sleeping Surfaces and Dangerous Sleeping Environments
- 12 Preventive Strategies for Sudden Infant Death Syndrome
- 13 The Epidemiology of Sudden Infant Death Syndrome and Sudden Unexpected Infant Deaths: Diagnostic Shift and other Temporal Changes
- 14 Future Directions in Sudden Unexpected Death in Infancy Research
- 15 Observational Investigations from England: The CESDI and SWISS Studies
- 16 An Australian Perspective
- 17 A South African Perspective
- 18 A United Kingdom Perspective
- 19 A United States Perspective
- 20 A Scandinavian Perspective
- 21 Neonatal Monitoring: Prediction of Autonomic Regulation at 1 Month from Newborn Assessments
- 22 Autonomic Cardiorespiratory Physiology and Arousal of the Fetus and Infant
- 23 The Role of the Upper Airway in SIDS and Sudden Unexpected Infant Deaths and the Importance of External Airway-Protective Behaviors
- 24 The Autopsy and Pathology of Sudden Infant Death Syndrome
- 25 Natural Diseases Causing Sudden Death in Infancy and Early Childhood
- 26 Brainstem Neuropathology in Sudden Infant Death Syndrome
- 27 Sudden Infant Death Syndrome, Sleep, and the Physiology and Pathophysiology of the Respiratory Network
- 28 Neuropathology of Sudden Infant Death Syndrome: Hypothalamus
- 29 Abnormalities of the Hippocampus in Sudden and Unexpected Death in Early Life
- 30 Cytokines, Infection, and Immunity
- 31 The Genetics of Sudden Infant Death Syndrome
- 32 Biomarkers of Sudden Infant Death Syndrome (SIDS) Risk and SIDS Death
- 33 Animal Models: Illuminating the Pathogenesis of Sudden Infant Death Syndrome
Summary
Introduction
Public health programs are tasked with using the best available evidence to make informed decisions in supporting campaigns, guidelines, policies, and advice in order to improve the health and wellbeing of countries, communities, families, and individuals (1). Public health programs, which focus on reducing preventable infant and child mortality, target modifiable factors that parents, caregivers, and health professionals can influence the most in order to promote the optimal conditions in which infants and children may survive, grow, and thrive (2, 3). The “Reduce the Risk of Sudden Infant Death Syndrome (SIDS)” and subsequent “Safe Sleeping” campaigns (4, 5) are key components of successful public health programs, which promote evidence-based risk reduction strategies to reduce infant mortality (2, 6). Although national campaigns and programs may vary in style, number, and content of key messages, countries that have adopted similar risk reduction programs, and in particular the advice to sleep babies on their backs, have experienced marked reductions in sudden and unexpected infant deaths (2, 4, 5, 7).
Essentials of an Evidence-Based Public Health Approach
Evidence underpinning public health recommendations comes from a systematic study of completed, peer reviewed, and publicly available research (1, 8). To ensure that public health practice is underpinned by evidence, it has been proposed that five key activities need to be undertaken (1). These activities include [1] evaluating needs for new or improved programs or practices; [2] identifying the best available evidence on programs and practices that potentially meet the needs; [3] collecting the best available information on appropriate programs and practices; [4] selecting programs that fit together with community and population needs and values; and [5] evaluating the impact on health and wellbeing of putting selected programs into practice (1, 9). In addition, high-quality programs are those which deliver public health initiatives that have been demonstrated to be population-centered, equitable, proactive, health promoting, risk-reducing, vigilant, transparent, effective, and efficient (9, 10).
The Role of Scientific Advisory Groups
Governments and public health organizations have recognized the importance of expert advice in facilitating efficient access to the best available evidence to support sound public health practice and policy making (11, 12). Access to, and knowledge of, good clinical practice also requires an understanding of the needs of stakeholder groups and the systems they work within, in order to translate evidence into practice.
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- SIDS Sudden Infant and Early Childhood DeathThe past, the present and the future, pp. 155 - 168Publisher: The University of Adelaide PressPrint publication year: 2018