În acest articol încerc să argumentez opinia că, așa cum este definită eugenia, este foarte dificil de făcut o diferențiere clară între știință (medicină, ingineria genetică) și eugenie. Și de stabilit o linie peste care ingineria genetică nu ar trebui să treacă, conform unor norme morale, juridice și religioase. Atâta timp cât acceptăm ajutorul geneticii în găsirea unor modalități de combatere a cancerului, diabetului sau HIV, acceptăm în mod implicit și eugenia pozitivă, conform definiției actuale. Și atâta timp cât acceptăm (...) screening-ul genetic, și intervenții asupra fătului nenăscut, sau avortul, acceptăm în mod implicit și eugenia negativă. În plus, la nivel de guverne, deși oficial eugenia este repudiată, ea a fost legalizată în foarte multe țări până de curând, și încă mai este acceptată și legalizată, chiar dacă în forme mai subtile, și în prezent. În Introducere definesc termenul și modurile de clasificare. Urmează Istoria eugeniei pornind din perioada antică, introducerea eugeniei de Francis Galton, practica eugeniei ca politică de stat în diverse țări, și eugenia actuală (eugenia liberală). Analizez apoi diverse probleme ridicate de Etica eugeniei liberale, și am dezvoltat o secțiune aparte pentru Viitorul eugeniei, cu accent pe proiectul genomului uman. În final, în secțiunea Concluzii expun opiniile personale cu privire la practica actuală a eugeniei. Am folosit ca surse principale de investigație articolele lui Kenneth M. Ludmerer, ”American Geneticists and the Eugenics Movement: 1905-1935”, Kathy J. Cooke, ”Duty or Dream? Edwin G. Conklin's Critique of Eugenics and Support for American Individualism”, Jonathan Anomaly, ”Defending Eugenics”, John R. Harding Jr. ”Beyond Abortion: Human Genetics and the New Eugenics”, Michael Boulter, ”Bloomsbury Scientists”, Chapter Title: The rise of eugenics, 1901–14, Michael Ruse and Edward O. Wilson, ”Moral Philosophy as Applied Science” și Goering, Sara, "Eugenics". (shrink)

If Savulescu's controversial principle of Procreative Beneficence is correct, then an important implication is that couples should employ genetic tests for non-disease traits in selecting which child to bring into existence. Both defenders as well as some critics of this normative entailment of PB have typically accepted the comparatively less controversial claim about non-disease traits: that there are non-disease traits such that testing and selecting for them would in fact contribute to bringing about the child who is expected to have (...) the best life. We challenge this less controversial claim, not by arguing deductively for its falsity, but by showing that Savulescu's central argument for this presumably less controversial claim fails. Savulescu offers intelligence as the paradigm example of a testable non-disease trait such that testing and selecting for it would increase the likelihood that the child selected would be the one who is expected to have the best life. We provide a series of arguments aimed at demonstrating that Savulescu's argument from intelligence fails. If our arguments are successful, the upshot is not that PB is false, but more modestly, that the burden of proof remains squarely with Savulescu. (shrink)

In Rationality and the Genetic Challenge: Making People Better? Matti Häyry provides a clear and informed discussion and analysis of a number of competing answers to the above questions. Häyry describes three main perspectives on the morality of prenatal genetic diagnosis , the “restrictive,” “moderate,” and “permissive” views, and his analysis illuminates that these views can be distinguished in terms of their different “rationalities”—their respective understanding of what counts as a reasonable choice for parents to make in light of PGD.

As eugenics is defined, it is very difficult to make a clear distinction between science (medicine, genetic engineering) and eugenics as a included field. And to set a line over which genetic engineering should not go further, according to moral, legal and religious norms. If we accept the help of genetics in finding ways to fight cancer, diabetes, or HIV, we also accept positive eugenics as they are defined now. And if we accept genetic screening, and interventions on the unborn (...) baby, or abortion, we also implicitly accept negative eugenics. In addition, at government level, although eugenics are officially denied, it has been legalized in many countries until recently, and is still accepted and legalized, albeit in subtle forms, even these days. The section Introduction defines the term and classification modes. The section History of Eugenics follows eugenics from the ancient period, the introduction of eugenics by Francis Galton, the practice of eugenics as a state policy in various countries, and the present eugenics (liberal eugenics). I then analyze various issues raised by the Ethics of Liberal Eugenics, and I have developed a special section for the Future of Eugenics, focusing on the human genome project. Finally, in the Conclusions, I express my personal views on the current practice of eugenics. -/- CONTENTS: -/- Abstract Introduction New Eugenics The Future of Eugenics Conclusions Bibliography -/- DOI: 10.13140/RG.2.2.28662.45120. (shrink)

The evaluation of whether an animal has a life worth living (LWL) has been suggested as a useful concept for farm animal policymaking. But there are a number of different ways in which the concept could be applied. This paper attempts to identify and evaluate candidate ethical principles based on the concept. It suggests that an appropriate principle by which to apply the concept is one that (1) is framed in terms of preventing an animal having a life worth avoiding (...) (LWA), rather than ensuring they have LWL, (2) is based on a prospective, rather than retrospective, concept of a life’s worth, and (3) relates to both the perpetuation and creation of an animal at all times during its life. The paper concludes by endorsing an overarching principle that no animal should be unreasonably caused to be, or allowed to remain, in a position of having a prospective LWA. (shrink)

This paper explores one aspect of the social implications of new reproductive technologies, namely, the impact such technologies have on our understandings of family structures and our expectations of children. In particular it considers whether the possibilities afforded by such technologies result in a more contractual and commodified understanding of children. To do this the paper outlines the possibilities afforded by NRTs and their commodificatory tendencies; second, it explores the commodification debate using the somewhat parallel example of commodification of organs; (...) and third, in light of these debates the link between the commodification of body parts and persons is addressed. It will argue that there is a prime facie connection between body parts and persons and thus, although needing to be balanced with other ethically relevant factors, commodification remains an issue of ethical concern. Accordingly we should only be supporting potentially commodifying practices when there are ethically pressing reasons to do so (such as in organ transplantation). Moreover given this link between body part and persons we should attempt to lessen commodifying attitudes and thus should resist the increasing use of practices which regard children as having choose-able parts. (shrink)

According to the Principle of Procreative Beneficence, reproducers should choose the child, of those available to them, expected to have the best life. Savulescu argues reproducers are therefore morally obligated to select for nondisease traits, such as intelligence. Carter and Gordon recently challenged this implication, arguing that Savulescu fails to establish that intelligence promotes well-being. This paper develops two responses. First, I argue that higher intelligence is likely to contribute to well-being on most plausible accounts. Second, I argue that, even (...) if it does not, one can only resist the conclusion that reproducers should select on the basis of intelligence if its expected net effect is neutral. If intelligence reduces expected well-being, then reproducers should select offspring of low intelligence. More likely, the effect of increased intelligence on expected well-being varies at different levels, which makes identifying an optimum for well-being more complex than hitherto appreciated. (shrink)

The aim of this paper is to criticise the well-discussed Principle of Procreative Beneficence (PB) lately refined by Julian Savulescu and Guy Kahane. First, it is argued that advocates of PB leave us with an implausible justification for the moral partiality towards the child (or children) reproducers decide to bring into existence as compared with all other individuals. This is implausible because the reasons given in favour of the partiality of PB, which are based on practical reason and common-sense morality, (...) can just as well be used to guide reproducers to make choices that do not support partiality towards one’s possible children. This seems to be true as least in some situations. Secondly, it is argued that Jakob Elster’s recent critique of PB is problematic, and specifically that a counterexample designed by Elster to criticise PB because of its partiality towards one’s own children misses the target. Finally, a genuine counterexample to PB is developed in order to show that the partiality of PB means it gives the wrong answer in a specific case. (shrink)

The argument of Julian Savulescu’s 2001 paper, “Procreative Beneficence: Why We Should Select the Best Children” is flawed in a number of respects. Savulescu confuses reasons with obligations and equivocates between the claim that parents have some reason to want the best for their children and the more radical claim that they are morally obligated to attempt to produce the best child possible. Savulescu offers a prima facie implausible account of parental obligation, as even the best parents typically fail to (...) do everything they think would be best for their children let alone everything that is in fact best for their children. The profound philosophical difficulties which beset the attempt to formulate a plausible account of the best human life constitute a further independent reason to resile from Savulescu’s conclusion. Savulescu’s argument also requires parents to become complicit with racist and homophobic oppression, which is yet another reason to reject it. Removing the equivocation from Savulescu’s argument allows us to see that the assertion of an obligation to choose the “best child” has much more in common with the “old” eugenics than Savulescu acknowledges. (shrink)

It is often argued that it does not matter morally whether biomedical interventions treat or prevent diseases or enhance nondisease traits; what matters is whether and how much they promote well-being. Therapy and enhancement both promote well-being, the argument goes, so they are not morally distinct but instead continuous. I provide three reasons why this argument should be rejected when it is applied to choices concerning the genetic makeup of future people. First, it rests on too simple a conception of (...) the badness of disease. Second, it wrongly assumes that disease avoidance and enhancement can proceed with similar accuracy. Third, it overlooks that disease avoidance tends to be more urgent than enhancement from the point of view of distributive justice. Although none of these reasons establishes a firm therapy-enhancement distinction, they show that a continuum model is not an attractive alternative. (shrink)

Advances in reproductive genetic engineering have the potential to transform human lives. Not only do they promise to allow us to select children free of diseases, they can also enable us to select children with desirable traits. In this paper, I consider two clusters of arguments for the moral permissibility of reproductive genetic engineering, what I call the Perfectionist View and the Libertarian View; and two clusters of arguments against reproductive genetic engineering, what I call the Human Nature View and (...) the Motivation View. I argue that an adequate theory of the ethics of reproductive genetic engineering should take into account insights gained from these views. (shrink)

The principle of procreative beneficence, first suggested by Julian Savulescu, argues that: If couples have decided to have a child, and selection is possible, then they have a significant moral reason to select the child, of the possible children they could have, whose life is expected, in light of the relevant available information, to go best or at least not worse than any of the others. While the validity of this moral principle has been widely contested, in this paper we (...) move away from these issues and grant, for the sake of argument, that PB is a valid moral principle, and that the justification for PB provided by Savulescu and co-authors is sound. We do this in order to explore the implications and consequences of accepting PB and show that even if we put aside questions about the validity and theoretical foundations of this principle, PB has many interesting, astonishing and highly problematic implications that have not been made explicit in the writing of Savulescu and others who support the notion of an obligation to bring to birth the best child possible :204, 2002). We suggest that these implications should be taken into account when considering both the soundness and strength of PB. (shrink)

The claim that the answers we give to many of the central questions in genethics will depend crucially upon the particular rationality we adopt in addressing them is central to Matti Häyry’s thorough and admirably fair-minded book, Rationality and the Genetic Challenge. That claim implies, of course, that there exists a plurality of rationalities, or discrete styles of reasoning, that can be deployed when considering concrete moral problems. This, indeed, is Häyry’s position. Although he believes that there are certain features (...) definitive of any type of thinking that can accurately be labeled rational, he maintains that nothing about that set of features compels us to conclude that there is a single rationality. What is more, and significantly for the way in which Häyry’s book develops, there is no Archimedean point from which we are licensed to pronounce one flavor of rational deliberation to be intrinsically superior to any other or to be justified to the exclusion of all others. To this belief that “there are many divergent rationalities, all of which can be simultaneously valid,” we can perhaps give the name “the Doctrine of the Plurality of Rationalities” or, for short, “DPR.”. (shrink)

By using preimplantation haplotype diagnosis, prospective parents are able to select embryos to implant through in vitro fertilization. If we knew that the naturally-occurring (but theoretical) MoralKinder (MK+) haplotype would predispose individuals to a higher level of morality than average, is it permissible or obligatory to select for the MK+ haplotype? I.e., is it moral to select for morality? This paper explores the various potential issues that could arise from genetic moral enhancement.

Existing debate on procreative selection focuses on the well-being of the future child. However, selection decisions can also have significant effects on the well-being of others. Moreover, these effects may run in opposing directions; some traits conducive to the well-being of the selected child may be harmful to others, whereas other traits that limit the child’s well-being may preserve or increase that of others. Prominent selection principles defended to date instruct parents to select a child, of the possible children they (...) could have, likely to have a good (or nonbad) life, but they do not instruct parents to independently take the well-being of others into account. We refer to these principles as individualistic selection principles. We propose a new selection principle—Procreative Altruism—according to which parents have significant moral reason to select a child whose existence can be expected to contribute more to (or detract less from) the well-being of others than any alternative child they could have. We present the case for adopting Procreative Altruism alongside any of the major individualistic selection principles proposed to date and defend this two-principle model against a range of objections. (shrink)

This article brings together two debates in bioethics more substantively than has been the case until now. One is the methodological debate over "principlism," i.e., the theoretical framework for analyzing and solving ethical problems proposed by Beauchamp and Childress in Principles of Biomedical Ethics. The other is the normative debate about reproductive ethics, i.e., procreative rights and obligations in a time of pervasive opportunities for making detailed choices about the properties and capacities of future people. The obvious point of bringing (...) the debates together is to show how they can illuminate each other in fruitful ways consistent with the method of reflective equilibrium endorsed in PBE. Furthermore, discussions of reproductive ethics is almost absent in PBE, making it an interesting "test case" on how principlist theory can have an impact on and be affected by confrontations with new practices and considerations in biomedicine. Reproductive ethics is especially interesting due to the so-called non-identity considerations, which pose a challenge to common morality views on harm to and respect for persons. My focus is mainly on some methodological points about the import of concrete normative discussions for formulating basic normative principles. However, I unfold a number of substantial points in order to demonstrate this. It is my impression that most writers on principlism underestimate the effect of engaging with concrete problems. Specifically, I conclude that reflecting on procreative obligations provides strong reasons for specifying the basic principles in ways that uncover new dimensions of them and not just new applications. _Key words: _principlism, reproductive ethics, non-identity problem, nonmaleficence, respect for persons. (shrink)

La biología sintética encierra un enorme potencial transformador de los organismos vivos, incluyendo en un futuro quizás no muy lejano la transformación del propio genoma humano. Son claras las conexiones que pueden establecerse entre este enorme potencial transformador y las pretensiones de los partidarios del biomejoramiento humano. La construcción de genomas completamente sintéticos puede cambiar de forma definitiva e irreversible aspectos fundamentales de la vida humana, quizás hasta el punto de dar lugar a un organismo que difiera de nuestra especie (...) como ahora nosotros podemos diferir de los grandes simios. En este artículo se discuten los principales pros y contras que ha suscitado este debate, señalando algunos de los presupuestos más problemáticos de las propuestas recientes sobre el biomejoramiento humano. (shrink)

Non è un caso che l’enhancement umano, cioè il potenziamento di capacità fisiche, cognitive ed emotive degli esseri umani con l’ausilio di tecnologie, sia diventato un tema centrale nei dibattiti etico-applicativi e nei tentativi contemporanei di arrivare a una comprensione più adeguata della natura umana. In esso si incontrano quesiti decisamente ricchi e complessi, sia dal punto di vista tecnoscientifico e medico sia da quello filosofico – e lo fanno in un modo che ci permette di vedere questi quesiti sotto (...) una nuova luce. Il numero raccoglie alcune voci italiane, tedesche, inglesi e statunitensi su diversi aspetti della problematica dell’enhancement umano. Tra le tematiche discusse troviamo il potenziamento genetico, le dimensioni etiche dell’enhancement, la relazione uomo-tecnologia, il cosiddetto enhancement morale, la relazione tra enhancement ed eugenetica, la distinzione tra potenziamento e terapia e la rilevanza delle neuroscienze per lo sviluppo futuro delle bio-tecnologie, della medicina e dell’etica. (shrink)

Étant donné la définition de l'eugénisme, il est très difficile d'établir une distinction claire entre la science (médecine, ingénierie génétique) et l'eugénisme en tant que domaine inclus. Et pour définir une ligne sur laquelle l'ingénierie génétique ne devrait pas aller plus loin, conformément aux normes morales, juridiques et religieuses. Si nous acceptons l'aide de la génétique pour trouver des moyens de lutter contre le cancer, le diabète ou le VIH, nous acceptons également l'eugénisme positif tel qu'il est défini à présent. (...) Et si nous acceptons le dépistage génétique et les interventions sur le fœtus, ou l’avortement, nous acceptons implicitement l’eugénisme négatif. En outre, au niveau gouvernemental, bien que l'eugénisme soit officiellement refusé, il a été légalisé dans de nombreux pays jusqu'à récemment et est toujours accepté et légalisé, même sous des formes subtiles, même de nos jours. -/- TABLE: -/- Abstract Introduction 1. Histoire de l'eugénisme - 1.1 Antiquité - 1.2 Le darwinisme social - 1.3 Francis Galton - 1.4 Charles Davenport - 1.5 L'eugenisme en tant que politique d'État - - 1.5.1 L'eugenisme en États-Unis - - 1.5.2 L'eugenisme en Allemagne - 1.6 La période d'après-guerre 2. L'eugénisme actuel - 2.1 L'eugénisme libéral - 2.2 L'eugénisme en tant que politique d'État 3. L'éthique de l'eugénisme 4. L'avenir de l'eugénisme Conclusions Bibliographie -/- DOI: 10.13140/RG.2.2.12520.83203 . (shrink)

Argumentele referitoare la înțelepciunea continuării experimentării genetice și posibilele efecte eugenice ale ingineriei genetice se încadrează în general în trei domenii: etica biomedicală, moralitatea și religia și legea. Utilizarea potențială a ingineriei genetice a readus în discuții eugenia din trecut în disputele despre bioetică. Există opinii conform cărora și programele de eugenie fără caracter coercitiv ar fi în mod inerent lipsite de etică. Principiul moral central al eticii biomedicale implică o obligație de a conferi beneficii și de a elimina daunele. (...) DOI: 10.13140/RG.2.2.23816.16649. (shrink)

According to the procreation asymmetry there is no moral reason to create a new and foreseeably happy person just because this person will be happy, but there is however a moral reason against creating a new and foreseeably unhappy person just because this person will be unhappy. A common way to defend this conjunction of claims is by employing a so-called existence-requirement, according to which the happiness of a given person p in a world w depends on it being possible (...) to understand p as an existing person in w. The aim of this paper is to consider whether this existence-requirement strategy is compatible with other intuitions and convictions held in normative moral theory and populations ethics. This aim will be achieved by considering whether the existence-requirement strategy is compatible with three plausible desiderata for a solution to the procreation asymmetry. Although some solutions to some potential incompatibilities are suggested, the thesis that will be argued for is that every instance of the existence-requirement strategy is incompatible with at least one of the relevant desiderata. Where the common denominating incompatibility for all instances of the existence-requirement strategy is to be found in an inability to be sufficiently action-guiding. (shrink)

This paper argues against Julian Savulescu's principle of procreative beneficence. It maintains that prospective parents have no obligation at all to choose the child, out of a range of possible children, who is likely to lead the best life. This is because a standpoint that the author labels "the internal perspective" is a perfectly appropriate one for parents to adopt when thinking about their own future children. It is only policy makers who are obliged to take up an opposing standpoint--"the (...) external perspective"--and to be motivated by the sorts of "better for" judgements that that perspective delivers. (shrink)

This article explores the Nuffield Council on Bioethics’ recent report about non-invasive prenatal testing. Given that such testing is likely to become the norm, it is important to question whether there should be some ethical parameters regarding its use. The article engages with the viewpoints of Jeff McMahan, Julian Savulescu, Stephen Wilkinson and other commentators on prenatal ethics. The authors argue that there are a variety of moral considerations that legitimately play a significant role with regard to (prospective) parental decision-making (...) in the context of NIPT, for example, views on the morality of abortion and understandings of the impact of disability on quality of life. The variable nature of such considerations, both singularly and combined, suggests that any approach to NIPT should be sensitive to and understanding of similarly variable parental assessments and decisions. The implications of the approach developed for current and future policies in this area are explored, along with the impact of such arguments on ideas about procreative beneficence. (shrink)

In this article, I critically deal with Savulescu’s suggestion that human beings have a “moral obligation to create children with the best chance of the best life”, p. 274). I progress as follows. In part one, I will briefly describe the procedures with which Savulescu is concerned, and I will present Savulescu’s argument in favour of the principle of procreative beneficence which is the basis of his argumentation in favour of the aforementioned moral obligation. In part two, I will show (...) that the principle is inconsistent and that it violently attacks human beings who disagree with it which is the reason why I regard it as an immoral principle. In the conclusion, I will put forward some reasons for regarding the principle of procreative autonomy as morally more plausible than Savulescu’s principle of procreative beneficence concerning the questions he deals with. (shrink)

Human Enhancement Technology ranges from the commonplace, such as education, to the futuristic, with possible future developments including genetic modification or direct computer-brain interfaces. Public policies governing the supply of these technologies have the potential to greatly increase or mitigate economic inequality. Due to this potential harm, many have suggested prohibition of further developments of enhancement technologies. However, prohibition would in ineffective at preventing this harm and also would also prevent many positive aspects of enhancement technologies. On the other hand, (...) due to the expected benefits, many have suggested allowing access and development within a free-market system. However, this has the potential to increase inequality beyond acceptable levels. Consequently, Government policies must provide appropriate funding and regulation in order for these technologies to be distributed fairly to provide the most benefits and prevent the worst outcomes. (shrink)