Ron Zimmern - Academia.edu (original) (raw)
Papers by Ron Zimmern
Elsevier eBooks, 2010
Page 1. 23 Public Health Genomics SUZANNE C. O'NEILL This volume has provided a ... more Page 1. 23 Public Health Genomics SUZANNE C. O'NEILL This volume has provided a broad and comprehensive review of psy-chosocial and behavioral concerns of children, adolescents, and their families in the context of genomic medicine and health care. ...
Genetics in Medicine, Jul 1, 2002
Oxford University Press eBooks, Feb 1, 2015
Springer eBooks, 2010
• The evaluation of genetic testing services is essential for ensuring quality, and determining w... more • The evaluation of genetic testing services is essential for ensuring quality, and determining whether genetic tests offer a health benefit to the population. However, this is complex process, because any given test may be used in different contexts and for different purposes. • It is therefore useful to distinguish between: an assay, the measurement of a genetic sequence; a test, the use of an assay in a particular context; and a service, which embraces performing, processing, and interpreting the test, in addition to informing and supporting the patient. • This distinction has important practical implications for both evaluation and regulation of medical testing services. • Quality standards may be set for all three aspects of genetic testing, relating to the testing process itself, the possible outcome(s) and structure of the service, then monitored and improved using a formal audit cycle. • Different regulatory models may be appropriate for the three aspects of genetic testing services, including statutory legislation, professional self-governance and voluntary guidance.
Journal of Medical Ethics, Apr 1, 1999
Nature Reviews Genetics, Oct 18, 2012
Evidence-based Healthcare, 1997
PloS one, 2012
The need for policy makers to understand science and for scientists to understand policy processe... more The need for policy makers to understand science and for scientists to understand policy processes is widely recognised. However, the science-policy relationship is sometimes difficult and occasionally dysfunctional; it is also increasingly visible, because it must deal with contentious issues, or itself becomes a matter of public controversy, or both. We suggest that identifying key unanswered questions on the relationship between science and policy will catalyse and focus research in this field. To identify these questions, a collaborative procedure was employed with 52 participants selected to cover a wide range of experience in both science and policy, including people from government, non-governmental organisations, academia and industry. These participants consulted with colleagues and submitted 239 questions. An initial round of voting was followed by a workshop in which 40 of the most important questions were identified by further discussion and voting. The resulting list in...
Springer eBooks, 2015
This chapter addresses the crucial question of how genomics knowledge and technologies can curren... more This chapter addresses the crucial question of how genomics knowledge and technologies can currently be integrated into public health practice. There has been an astonishing rate of technological advance in genomic science over the last decade since the public health genomics movement was first conceived in the 1990s, though the arrival of genomics into health-care practice represents only the beginning of the translational highway. For some, this exponential growth in knowledge promises a future in which health care is focused much more effectively at the level of the individual. In this chapter, we examine the emerging areas where public health and genomics intersect, the criteria for population screening programmes involving genomic knowledge, and the use of genomics for evidence-based approaches to forecast and manage disease prevention and prognosis, as well as health intervention outcomes. We discuss challenges and barriers for implementing evidence-based genomic applications in the public health practice. We provide a three-tiered approach to group public health genomics applications based on their readiness for practice. We conclude that coordinated efforts are essential to guide development in genomic medicine, towards an impact on population health.
PubMed, Apr 29, 1999
Developments in genetic science have huge implications for NHS services. Demand for genetic testi... more Developments in genetic science have huge implications for NHS services. Demand for genetic testing is set to increase. The Public Health Genetics Unit aims to link academic research, policy making and clinical practice, and stimulate debate about the provision of genetic services.
European Journal of Human Genetics, May 30, 2007
European journal of public health, Oct 1, 2015
Journal of the Royal Society of Medicine, Jul 1, 2007
Public Health Genomics, 2012
Public health practice will not be able in the 21st century to ignore the impact of genomics, cel... more Public health practice will not be able in the 21st century to ignore the impact of genomics, cell and molecular biology. It will need to take into consideration issues that include, among others: the complementary nature of social and biological models of disease, genetic exceptionalism, the readiness of public and patient to respond to genomic information, the relationship between individuals and populations, and concepts of population stratification. Health systems will need to adapt their practice and organisation to include new sequencing technologies, bioinformatic expertise and proper evaluation of genetic and molecular tests. Links with the commercial sector will increase in importance. The impact on developing countries cannot be ignored and will require special attention.
Elsevier eBooks, 2010
Page 1. 23 Public Health Genomics SUZANNE C. O'NEILL This volume has provided a ... more Page 1. 23 Public Health Genomics SUZANNE C. O'NEILL This volume has provided a broad and comprehensive review of psy-chosocial and behavioral concerns of children, adolescents, and their families in the context of genomic medicine and health care. ...
Genetics in Medicine, Jul 1, 2002
Oxford University Press eBooks, Feb 1, 2015
Springer eBooks, 2010
• The evaluation of genetic testing services is essential for ensuring quality, and determining w... more • The evaluation of genetic testing services is essential for ensuring quality, and determining whether genetic tests offer a health benefit to the population. However, this is complex process, because any given test may be used in different contexts and for different purposes. • It is therefore useful to distinguish between: an assay, the measurement of a genetic sequence; a test, the use of an assay in a particular context; and a service, which embraces performing, processing, and interpreting the test, in addition to informing and supporting the patient. • This distinction has important practical implications for both evaluation and regulation of medical testing services. • Quality standards may be set for all three aspects of genetic testing, relating to the testing process itself, the possible outcome(s) and structure of the service, then monitored and improved using a formal audit cycle. • Different regulatory models may be appropriate for the three aspects of genetic testing services, including statutory legislation, professional self-governance and voluntary guidance.
Journal of Medical Ethics, Apr 1, 1999
Nature Reviews Genetics, Oct 18, 2012
Evidence-based Healthcare, 1997
PloS one, 2012
The need for policy makers to understand science and for scientists to understand policy processe... more The need for policy makers to understand science and for scientists to understand policy processes is widely recognised. However, the science-policy relationship is sometimes difficult and occasionally dysfunctional; it is also increasingly visible, because it must deal with contentious issues, or itself becomes a matter of public controversy, or both. We suggest that identifying key unanswered questions on the relationship between science and policy will catalyse and focus research in this field. To identify these questions, a collaborative procedure was employed with 52 participants selected to cover a wide range of experience in both science and policy, including people from government, non-governmental organisations, academia and industry. These participants consulted with colleagues and submitted 239 questions. An initial round of voting was followed by a workshop in which 40 of the most important questions were identified by further discussion and voting. The resulting list in...
Springer eBooks, 2015
This chapter addresses the crucial question of how genomics knowledge and technologies can curren... more This chapter addresses the crucial question of how genomics knowledge and technologies can currently be integrated into public health practice. There has been an astonishing rate of technological advance in genomic science over the last decade since the public health genomics movement was first conceived in the 1990s, though the arrival of genomics into health-care practice represents only the beginning of the translational highway. For some, this exponential growth in knowledge promises a future in which health care is focused much more effectively at the level of the individual. In this chapter, we examine the emerging areas where public health and genomics intersect, the criteria for population screening programmes involving genomic knowledge, and the use of genomics for evidence-based approaches to forecast and manage disease prevention and prognosis, as well as health intervention outcomes. We discuss challenges and barriers for implementing evidence-based genomic applications in the public health practice. We provide a three-tiered approach to group public health genomics applications based on their readiness for practice. We conclude that coordinated efforts are essential to guide development in genomic medicine, towards an impact on population health.
PubMed, Apr 29, 1999
Developments in genetic science have huge implications for NHS services. Demand for genetic testi... more Developments in genetic science have huge implications for NHS services. Demand for genetic testing is set to increase. The Public Health Genetics Unit aims to link academic research, policy making and clinical practice, and stimulate debate about the provision of genetic services.
European Journal of Human Genetics, May 30, 2007
European journal of public health, Oct 1, 2015
Journal of the Royal Society of Medicine, Jul 1, 2007
Public Health Genomics, 2012
Public health practice will not be able in the 21st century to ignore the impact of genomics, cel... more Public health practice will not be able in the 21st century to ignore the impact of genomics, cell and molecular biology. It will need to take into consideration issues that include, among others: the complementary nature of social and biological models of disease, genetic exceptionalism, the readiness of public and patient to respond to genomic information, the relationship between individuals and populations, and concepts of population stratification. Health systems will need to adapt their practice and organisation to include new sequencing technologies, bioinformatic expertise and proper evaluation of genetic and molecular tests. Links with the commercial sector will increase in importance. The impact on developing countries cannot be ignored and will require special attention.