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  1. Nuclear Families: Mitochondrial Replacement Techniques and the Regulation of Parenthood.Catherine Mills - 2021 - Science, Technology, and Human Values 46 (3):507-527.
    Since mitochondrial replacement techniques were developed and clinically introduced in the United Kingdom, there has been much discussion of whether these lead to children borne of three parents. In the UK, the regulation of MRT has dealt with this by stipulating that egg donors for the purposes of MRT are not genetic parents even though they contribute mitochondrial DNA to offspring. In this paper, I examine the way that the Human Fertilisation and Embryology Act in the UK manages the question (...)
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  • Rendered invisible? The absent presence of egg providers in U.K. debates on the acceptability of research and therapy for mitochondrial disease.Ken Taylor & Erica Haimes - 2015 - Monash Bioethics Review 33 (4):360-378.
    Techniques for resolving some types of inherited mitochondrial diseases have recently been the subject of scientific research, ethical scrutiny, media coverage and regulatory initiatives in the UK. Building on research using eggs from a variety of providers, scientists hope to eradicate maternally transmitted mutations in mitochondrial DNA by transferring the nuclear DNA of a fertilised egg, created by an intending mother at risk of transmitting mitochondrial disease, and her male partner, into an enucleated egg provided by another woman. In this (...)
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  • Lesbian motherhood and mitochondrial replacement techniques: reproductive freedom and genetic kinship.Giulia Cavaliere & César Palacios-González - 2018 - Journal of Medical Ethics 44 (12):835-842.
    In this paper, we argue that lesbian couples who wish to have children who are genetically related to both of them should be allowed access to mitochondrial replacement techniques (MRTs). First, we provide a brief explanation of mitochondrial diseases and MRTs. We then present the reasons why MRTs are not, by nature, therapeutic. The upshot of the view that MRTs are non-therapeutic techniques is that their therapeutic potential cannot be invoked for restricting their use only to those cases where a (...)
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  • Germline Modification and Policymaking: The Relationship between Mitochondrial Replacement and Gene Editing.Jessica Cussins & Leah Lowthorp - 2018 - The New Bioethics 24 (1):74-94.
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  • Human Nuclear Genome Transfer : Clearing the Underbrush.Françoise Baylis - 2016 - Bioethics 31 (1):7-19.
    In this article, I argue that there is no compelling therapeutic ‘need’ for human nuclear genome transfer to prevent mitochondrial diseases caused by mtDNA mutations. At most there is a strong interest in this technology on the part of some women and couples at risk of having children with mitochondrial disease, and perhaps also a ‘want’ on the part of some researchers who see the technology as a useful precedent – one that provides them with ‘a quiet way station’ in (...)
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  • Buying and selling human eggs: infertility providers’ ethical and other concerns regarding egg donor agencies.Robert Klitzman - 2016 - BMC Medical Ethics 17 (1):71.
    BackgroundEgg donor agencies are increasingly being used as part of IVF in the US, but are essentially unregulated, posing critical ethical and policy questions concerning how providers view and use them, and what the implications might be.MethodsThirty-seven in-depth interviews of approximately 1 h were conducted – with 27 IVF providers and 10 patients.ResultsClinicians vary in their views and interactions concerning egg donor agencies, ranging widely in whether and how often they use agencies. Agencies may offer egg recipients increased choices, but (...)
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  • Mitochondrial content is central to nuclear gene expression: Profound implications for human health.Rebecca Muir, Alan Diot & Joanna Poulton - 2016 - Bioessays 38 (2):150-156.
    We review a recent paper in Genome Research by Guantes et al. showing that nuclear gene expression is influenced by the bioenergetic status of the mitochondria. The amount of energy that mitochondria make available for gene expression varies considerably. It depends on: the energetic demands of the tissue; the mitochondrial DNA (mtDNA) mutant load; the number of mitochondria; stressors present in the cell. Hence, when failing mitochondria place the cell in energy crisis there are major effects on gene expression affecting (...)
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