Rev Esp Salud Publica
March 2022
Genome sequencing is a very attractive technology as it is also the idea of sequencing children at birth, with the aim to establish medical care and preventive actions during their whole life, tailored to the genome of each newborn. Part I of this article analyses limitations and opportunities of next generation sequencing technologies (NGS). Part II relates scientific knowledge with ethical, legal and social issues (ELSIs) concerning its application to a newborn screening program.
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February 2022
In 2003 at the ending of the Human Genome Project, it aroused the idea that all newborns could be sequenced and its genome archived in the clinical record, in order to manage risks of diseases and response to medicaments along his whole life. Eighteen years later, promises of genomic medicine and tremendous decrease of costs of next generation sequencing technologies, continues feeding this dream that shows important practical, ethical and social challenges and genomic sequencing is presented as the next historical change in newborn screening programs. In this paper we analyze challenges and opportunities of next generation sequencing technologies, their real costs, problems associated to management, storage and protection of the enormous amount of genomic data produced and finally, according to conclusions of recent researches, there are considered the conclusions in two contexts, sick newborn with diagnostic purposes and healthy asymptomatic newborns with public health purposes (newborn screening programs).
View Article and Find Full Text PDFDecision making for the development of newborn screening programs is based on not only medical but also social concerns and involves different stakeholders. Part III of the article focuses on their role in the governance of the programs. First of all, we consider the proactive role that health authorities has played in the evolution to an evidentiary model of policy development currently based on evidence, just as in the preparation of an expert, impartial and transparent opinion on health policy and its coordination with the national health system.
View Article and Find Full Text PDFThe Committee on Ethics of the Instituto de Investigación de Enfermedades Raras (CEIIER) of the Spanish National Institute of Health Carlos III, presents this article dealing with ethical guidelines regarding the implementation of screening population programmes with special emphasis on genetic screening. After a critical review it has been addressed 24 recommendations concerning 14 topics: evaluation of the opportunity of the programme, including ethical analysis besides scientific evidences and cost/benefits issues; the need to differentiate between research and public health intervention and to built a specific and comprehensive programme; the creation of an interdisciplinary working group which control its implementation and prepare a protocol including justification, development, therapeutic or preventive actions and follow-up activities; the review of the programme by an independent Ethical committee; the guarantee of the voluntary, universal and equitable population access, which requires sufficient information on the programme and their specific relevant facts, as incidental detection of heterozygous state in minors in newborn screening and the relevance of non directive genetic counselling specially in prenatal screening offered to pregnant women; considerations regarding future uses of samples for research purposes; total quality and periodic programme evaluation; guarantee of personal data confidentiality and the conflict of interest statement of the members of all the Committees involved in the programme.
View Article and Find Full Text PDFThe clinical information stored in registries and records of different types is a fundamental tool for biomedical research. Up until just a few years ago, hardly any limitations existed on the creation and use of epidemiological registries or the use of information from pre-existing records for research purposes. This situation has changed substantially due mainly to the growing importance current laws place upon the safeguarding of the privacy and confidentiality of personal data.
View Article and Find Full Text PDFThe collecting and storing of human biospecimens and associated data are a historical fact in medicine, but the biobank is a very recent concept. The advent of new technologies making it possible to store all types of specimens, including cells capable of staying alive outside the human body for an indefinite length of time, and to obtain scientific data of all types, including genetic information, has opened up a whole new realm of possibilities for research. All of the above has led to complex ethical issues coming to fore concerning the specimen donors, the researchers handling the specimens and society as a whole.
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