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In this article, I draw on research carried out in Europe, primarily in Germany, on patients’ and scientists’ perspectives on mitochondrial replacement techniques in order to explore some of the complexities related to collective representation in health governance, which includes the translation of emerging technologies into clinical use. Focusing on observations, document analyses, and interviews with eight mitochondrial disease patient organization leaders, this contribution extends our understanding of the logic and meanings behind the ways in which patient participation and collective (...) |
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Tri-parent baby technology is an assisted reproductive treatment which aims to minimize or eliminate maternal inheritance of mutated mitochondrial DNA. The technology became popular following the move by the United Kingdom in granting license to a group of researchers from the Newcastle Fertility Centre, Newcastle University to conduct research on the symptoms of defective mtDNA. This technology differs from other assisted reproductive technology because it involves the use of gamete components retrieved from three different individuals. Indirectly, it affects the preservation (...) |
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Mitochondrial replacement therapy (MRT) utilises nuclear transfer technology to replace defective mitochondria with healthy ones and thereby minimise the risk of a mitochondrial disease passing from a mother to her child. It promises much but comes with ethical controversy, significant risk of harm and many unknowns. Forming a position on MRT requires accurate information about the current state of knowledge, and an appreciation of the ethical issues at stake. Ethical deliberations will vary depending on the framework used. There are in (...) |
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In October 2015 the UK enacted legislation to permit the clinical use of two cutting edge germline-altering, IVF-based embryonic techniques: pronuclear transfer and maternal spindle transfer. The aim is to use these techniques to prevent the maternal transmission of serious mitochondrial diseases. Major claims have been made about the quality of the debates that preceded this legislation and the significance of those debates for UK decision-making on other biotechnologies, as well as for other countries considering similar legislation. In this article (...) |
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This article addresses the child’s right to know their genetic origins in mitochondrial donation. It focuses on the UK’s public debate on mitochondrial replacement techniques and examines the claims-making activities that shaped the donor information regulations. During the public consultation, downplaying the significance of the mitochondria helped distinguish mitochondria donors from gamete donors and determine their relational status with the resulting child. As a result, according to the Mitochondrial Donation regulations, mitochondria donors, unlike gamete donors, will not be required to (...) |
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