Results for 'Genetic predisposition to disease'

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  1.  12
    Commentary on Spriggs: genetically selected baby free of inherited predisposition to early onset Alzheimer's disease.M. B. Delatycki - 2003 - Journal of Medical Ethics 29 (2):120-120.
    I note with interest the Controversy regarding a baby born free of an inherited predisposition to early onset Alzheimer’s disease through the use of preimplantation genetic diagnosis .1,2 As the medical geneticist for the PGD programme for single gene disorders in Melbourne, Australia, I have seen many couples who have considered PGD for a wide range of genetic conditions. My observation is that many couples look to PGD for “milder” conditions and adult onset conditions for which (...)
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  2.  20
    Genetically selected baby free of inherited predisposition to early-onset Alzheimer's disease.M. Spriggs - 2002 - Journal of Medical Ethics 28 (5):290-290.
    Is it right to use pre-implantation genetic diagnosis to select an embryo free of the gene for early-onset Alzheimer’s disease?A 30 year old woman with the gene for early-onset Alzheimer’s disease, who seems certain to develop the disease by the time she is 40, has used IVF and preimplantation genetic diagnosis to select an embryo that is free of the mutant gene. The woman, a geneticist, has given birth to a mutation-free child. This marks the (...)
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  3.  15
    Informing family members about a hereditary predisposition to cancer: attitudes and practices among clinical geneticists.Y. H. Stol, F. H. Menko, M. J. Westerman & R. M. J. P. A. Janssens - 2010 - Journal of Medical Ethics 36 (7):391-395.
    If a hereditary predisposition to colorectal cancer or breast cancer is diagnosed, most guidelines state that clinical geneticists should request index patients to inform their at-risk relatives about the existence of this condition in their family, thus enabling them to consider presymptomatic genetic testing. Those identified as mutation carriers can undertake strategies to reduce their risk of developing the disease or to facilitate early diagnosis. This procedure of informing relatives through the index patient has been criticised, as (...)
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  4.  6
    When Does an Illness Begin: Genetic Discrimination and Disease Manifestation.Anya E. R. Prince & Benjamin E. Berkman - 2012 - Journal of Law, Medicine and Ethics 40 (3):655-664.
    Congress passed the Genetic Information Nondiscrimination Act of 2008 in order to remove a perceived barrier to clinical genetic testing. By banning health insurance companies and employers from discriminating against an individual based on his or her genetic information, legislators hoped that patients would be encouraged to seek genetic testing that could improve health outcomes and provide opportunities for preventive measures. Their explicit legislative goal was to fully protect the public from discrimination and allay their concerns (...)
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  5. Common genetic variants in the CLDN2 and PRSS1-PRSS2 loci alter risk for alcohol-related and sporadic pancreatitis.David C. Whitcomb, Jessica LaRusch, Alyssa M. Krasinskas, Lambertus Klei, Jill P. Smith, Randall E. Brand, John P. Neoptolemos, Markus M. Lerch, Matt Tector, Bimaljit S. Sandhu, Nalini M. Guda, Lidiya Orlichenko, Samer Alkaade, Stephen T. Amann, Michelle A. Anderson, John Baillie, Peter A. Banks, Darwin Conwell, Gregory A. Coté, Peter B. Cotton, James DiSario, Lindsay A. Farrer, Chris E. Forsmark, Marianne Johnstone, Timothy B. Gardner, Andres Gelrud, William Greenhalf, Jonathan L. Haines, Douglas J. Hartman, Robert A. Hawes, Christopher Lawrence, Michele Lewis, Julia Mayerle, Richard Mayeux, Nadine M. Melhem, Mary E. Money, Thiruvengadam Muniraj, Georgios I. Papachristou, Margaret A. Pericak-Vance, Joseph Romagnuolo, Gerard D. Schellenberg, Stuart Sherman, Peter Simon, Vijay P. Singh, Adam Slivka, Donna Stolz, Robert Sutton, Frank Ulrich Weiss, C. Mel Wilcox, Narcis Octavian Zarnescu, Stephen R. Wisniewski, Michael R. O'Connell, Michelle L. Kienholz, Kathryn Roeder & M. Micha Barmada - unknown
    Pancreatitis is a complex, progressively destructive inflammatory disorder. Alcohol was long thought to be the primary causative agent, but genetic contributions have been of interest since the discovery that rare PRSS1, CFTR and SPINK1 variants were associated with pancreatitis risk. We now report two associations at genome-wide significance identified and replicated at PRSS1-PRSS2 and X-linked CLDN2 through a two-stage genome-wide study. The PRSS1 variant likely affects disease susceptibility by altering expression of the primary trypsinogen gene. The CLDN2 risk (...)
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  6. Unifying diseases from a genetic point of view: the example of the genetic theory of infectious diseases.Marie Darrason - 2013 - Theoretical Medicine and Bioethics 34 (4):327-344.
    In the contemporary biomedical literature, every disease is considered genetic. This extension of the concept of genetic disease is usually interpreted either in a trivial or genocentrist sense, but it is never taken seriously as the expression of a genetic theory of disease. However, a group of French researchers defend the idea of a genetic theory of infectious diseases. By identifying four common genetic mechanisms (Mendelian predisposition to multiple infections, Mendelian (...) to one infection, and major gene and polygenic predispositions), they attempt to unify infectious diseases from a genetic point of view. In this article, I analyze this explicit example of a genetic theory, which relies on mechanisms and is applied only to a specific category of diseases, what we call “a regional genetic theory.” I have three aims: to prove that a genetic theory of disease can be devoid of genocentrism, to consider the possibility of a genetic theory applied to every disease, and to introduce two hypotheses about the form that such a genetic theory could take by distinguishing between a genetic theory of diseases and a genetic theory of Disease. Finally, I suggest that network medicine could be an interesting framework for a genetic theory of Disease. (shrink)
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  7.  11
    “The ultimate risk:” How clinicians assess the value and meaning of genetic data in cardiology.Kellie Owens - forthcoming - Clinical Ethics:147775092095956.
    In modern medicine, health risks are often managed through the collection of health data and subsequent intervention. One of the goals of clinical genetics, for example, is to identify genetic predisposition to disease so that individuals can intervene to prevent potential harms. But recently, some clinicians have suggested that patients should undergo less testing and monitoring in an effort to reduce overdiagnosis and overtreatment. In this paper, I explore how clinicians navigate the tension between identifying real (...) risks for their patients with concerns about overdiagnosis and overtreatment. I focus on clinicians ordering genetic testing for inherited cardiovascular diseases. Of the genes determined to be “clinically actionable” by the American College of Medical Genetics and Genomics, half are related to cardiovascular diseases. But, due in part to high levels of uncertainty surrounding cardiovascular genetics, there is still disagreement within the field about how to order and interpret these tests. Based on semi-structured, in-depth interviews with 20 clinicians who order genetic testing for cardiovascular diseases, I find that there is considerable variability in the ways that clinicians determine which types of genetic tests are appropriate for their patients and how they interpret test results. Most importantly, I find that many providers do not presume that more genetic data will lead to better care. Instead, increased genetic data can lead to confusion and inappropriate treatment. This re-valuation of the utility of medical data is crucial for bioethicists to explore, especially as medical fields are sorting through increasing amounts of data. (shrink)
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  8.  10
    Genetic Testing in Children.E. W. Clayton - 1997 - Journal of Medicine and Philosophy 22 (3):233-251.
    In this article, the author focuses on the allocation of decision-making authority between parents and physicians. She argues that parents should have substantial room to decide whether genetic testing is good for their child and that they may appropriately consider interests in addition to those of their child in making such choices. A physician, however, may refuse to act pursuant to parental views about testing, when in the physician's view, the parents' choices would pose a risk of significant harm (...)
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  9.  2
    Medical Decision Making and the Previvor.Valerie Gutmann Koch - 2022 - Journal of Clinical Ethics 33 (2):141-145.
    Genetic testing has led to the establishment of the concept of the “previvor”: someone who is not yet sick, but who has a genetic predisposition to disease. The previvor experience demonstrates how the practice of medicine and medical decision making is evolving to render current law and policy increasingly inapplicable to modern medical practice. The introduction of previvorship to the medical landscape raises special issues for the physician-patient relationship and the legal doctrine of informed consent. It (...)
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  10.  9
    The Right Not to Know and the Duty to Tell: The Case of Relatives.Niklas Juth - 2014 - Journal of Law, Medicine and Ethics 42 (1):38-52.
    Obtaining and sharing genetic information when there is a potential conflict of interest between patients and their relatives give rise to two questions. Do we have a duty to find out our genetic predispositions for disease for the sake of our relatives, or do we have a right to remain ignorant? Do we have a duty to disclose our known genetic predispositions for disease to our relatives? I argue that the answer to both questions is (...)
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  11.  15
    From a Genetic Predisposition to an Interactive Predisposition: Rethinking the Ethical Implications of Screening for Gene-Environment Interactions.James Tabery - 2009 - Journal of Medicine and Philosophy 34 (1):27-48.
    In a widely acclaimed study from 2002, researchers found a case of gene-environment interaction for a gene controlling neuroenzymatic activity (low vs. high), exposure to childhood maltreatment, and antisocial personality disorder (ASPD). Cases of gene-environment interaction are generally characterized as evincing a genetic predisposition; for example, individuals with low neuroenzymatic activity are generally characterized as having a genetic predisposition to ASPD. I first argue that the concept of a genetic predisposition fundamentally misconstrues these cases (...)
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  12.  6
    Sharing personal genetic information: the impact of privacy concern and awareness of benefit.Don Heath, Ali Ardestani & Hamid Nemati - 2016 - Journal of Information, Communication and Ethics in Society 14 (3):288-308.
    Purpose Human genomic research demands very large pools of data to generate meaningful inference. Yet, the sharing of one’s genetic data for research is a voluntary act. The collection of data sufficient to fuel rapid advancement is contingent on individuals’ willingness to share. Privacy risks associated with sharing this unique and intensely personal data are significant. Genetic data are an unambiguous identifier. Public linkage of donor to their genetic data could reveal predisposition to diseases, behaviors, paternity, (...)
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  13. Freedom And Responsibility In Genetic Testing.Baruch Brody - 2002 - Social Philosophy and Policy 19 (2):343-359.
    Public statements by various international groups emphasize that decisions to undergo genetic screening, either for disease-carrier status or for predisposition-to-disease status, and decisions about the use of the resulting information should be made voluntarily by the party to be screened. For example, the World Medical Association, in its Declaration on the Human Genome Project, says, “One should respect the will of persons screened and their right to decide about participation and about the use of the information (...)
     
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  14.  9
    Freedom and responsibility in genetic testing.Baruch A. Brody - 2002 - Social Philosophy and Policy 19 (2):343-359.
    Public statements by various international groups emphasize that decisions to undergo genetic screening, either for disease-carrier status or for predisposition-to-disease status, and decisions about the use of the resulting information should be made voluntarily by the party to be screened. For example, the World Medical Association, in its Declaration on the Human Genome Project, says, “One should respect the will of persons screened and their right to decide about participation and about the use of the information (...)
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  15.  3
    Polymorphism-screening: genetic testing for predisposition—guidance for technology assessment. [REVIEW]Claudia Wild - 2008 - Poiesis and Praxis 5 (1):1-14.
    Health policy is increasingly confronted with the demand for financing genetic testing on inherited susceptibility to disease. Tests on polymorphism/snp associated with multicausal and chronic conditions are already offered in private commercial institutions or in academic hospitals. The increasing pressure on public health services to offer SNP testing leads to first methodological approaches for a generally valid regulatory framework applicable for inclusion or refusal of genetic tests into the public health services. Systematic search in Medline, Embase and (...)
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  16.  9
    Genetics and Life Insurance: Medical Underwriting and Social Policy.Arthur L. Caplan - 2004 - MIT Press.
    Experts discuss the economic, legal, and social issues surrounding the use of genetic testing in determining eligibility for life insurance. Insurance companies routinely use an individual's medical history and family medical history in determining eligibility for life insurance; this is part of the process of medical underwriting. Insurers have also long used genetic information, often derived from family history, in underwriting. But rapid advances in gene identification and genetic testing are changing the way we look at (...) information. Should the results of genetic testing (which might identify a predisposition toward disease not related to medical history) be available to life insurance medical underwriters? Few if any life insurers currently require genetic testing, but there are no laws or regulations prohibiting its use. Genetics and Life Insurance examines the complex economic, legal, and social issues surrounding the use of genetic information in life insurance underwriting. The contributors are legal scholars, representatives of the life insurance industry (including an actuary and an insurance physician), a geneticist, a genetic counselor, a philosopher, and a consumer advocate. They explore all aspects of an issue that has only recently drawn the attention of policymakers and the public. The book opens with a report on the results of a public opinion poll on genetics and life insurance. Succeeding chapters present the insurer perspective, a discussion of the economics of risk selection in life insurance, background information on the process of underwriting, a scientific analysis of genetic risks and mortality rates, a philosophical discussion of fairness and genetic underwriting, the viewpoints of consumers and genetics counselors, a comparison of different international policy approaches to the issue, and a legal analysis of antitrust implications when insurers collaborate in setting standards for medical underwriting. In the final chapter the editor addresses various policy options, examining the pros and cons of each one and assessing their political feasibility. (shrink)
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  17.  11
    The Monoamine Oxidase A (MAOA) Genetic Predisposition to Impulsive Violence: Is It Relevant to Criminal Trials?Matthew L. Baum - 2011 - Neuroethics 6 (2):287-306.
    In Italy, a judge reduced the sentence of a defendant by 1 year in response to evidence for a genetic predisposition to violence. The best characterized of these genetic differences, those in the monoamine oxidase A (MAOA), were cited as especially relevant. Several months previously in the USA, MAOA data contributed to a jury reducing charges from 1st degree murder (a capital offence) to voluntary manslaughter. Is there a rational basis for this type of use of MAOA (...)
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  18.  11
    Is Racial Profiling More Benign in Medicine Than Law Enforcement?David Wasserman - 2011 - The Journal of Ethics 15 (1-2):119 - 129.
    It might seem that racial profiling by doctors raised few of the same concerns as racial profiling by police, immigration, or airport security. This paper argues that the similarities are greater than first appear. The inappropriate use of racial generalizations by doctors may be as harmful and insulting as their use by law enforcement officials. Indeed, the former may be more problematic in compromising an ideal of individualized treatment that is more applicable to doctors than to police. Yet doctors, unlike (...)
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  19.  6
    “If relatives inherited the gene, they should inherit the data.” Bringing the family into the room where bioethics happens.Deborah R. Gordon & Barbara A. Koenig - 2022 - New Genetics and Society 41 (1):23-46.
    Biological kin share up to half of their genetic material, including predisposition to disease. Thus, variants of clinical significance identified in each individual’s genome can implicate an exponential number of relatives at potential risk. This has renewed the dilemma over family access to research participant’s genetic results, since prevailing US practices treat these as private, controlled by the individual. These individual-based ethics contrast with the family-based ethics – in which genetic information, privacy, and autonomy are (...)
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  20.  3
    LabCorp v. Metabolite Laboratories: The Supreme Court Listens, but Declines to Speak.Roger D. Klein & Maurice J. Mahoney - 2008 - Journal of Law, Medicine and Ethics 36 (1):141-149.
    Molecular genetic testing has increasingly been incorporated into clinical medicine, and this trend is likely to accelerate in the future. The introduction of genetic testing into medical practice is beginning to collide head on with patents that claim ownership of correlations between human genetic variants and predisposition to disease, response to therapeutic drugs, and susceptibility to pharmacologic side effects. Patent holders or licensees of genes, genetic variants, and their genotype-phenotype correlations are already using the (...)
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  21.  7
    The Geneticization of Diagnostics.William E. Stempsey - 2005 - Medicine, Health Care and Philosophy 9 (2):193-200.
    “Geneticization” is a term used to describe the ways in which the science of genetics is influencing society at large and medicine in particular; it has important implications for the process of diagnostics. Because genetic diagnostics produces knowledge about genetic disease and predisposition to disease, it is essentially influenced by these innovations in the disease concept. In this paper, I argue that genetic diagnostics presents new ethical challenges not because the diagnostic process or (...)
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  22.  27
    Responsibility in Universal Healthcare.Eric Cyphers & Arthur Kuflik - 2023 - Voices in Bioethics 9.
    Photo by Tingey Injury Law Firm on Unsplash ABSTRACT The coverage of healthcare costs allegedly brought about by people’s own earlier health-adverse behaviors is certainly a matter of justice. However, this raises the following questions: justice for whom? Is it right to take people’s past behaviors into account in determining their access to healthcare? If so, how do we go about taking those behaviors into account? These bioethical questions become even more complex when we consider them in the context of (...)
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  23.  7
    Responsibility in Universal Healthcare.Eric Cyphers & Arthur Kuflik - 2023 - Voices in Bioethics 9.
    Photo by Tingey Injury Law Firm on Unsplash ABSTRACT The coverage of healthcare costs allegedly brought about by people’s own earlier health-adverse behaviors is certainly a matter of justice. However, this raises the following questions: justice for whom? Is it right to take people’s past behaviors into account in determining their access to healthcare? If so, how do we go about taking those behaviors into account? These bioethical questions become even more complex when we consider them in the context of (...)
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  24.  4
    Is There Value in Identifying Individual Genetic Predispositions to violence?David Wasserman - 2004 - Journal of Law, Medicine and Ethics 32 (1):24-33.
    In this article I want to ask what we should do, either collectively or individually, if we could identify by genetic and family profding the 12% of the male population likely to commit almost half the violent crime in our society. What if we could identify some individuals in that 12% not only at birth, but in utero, or before implantation? I will explain the source of these figures later; for now, I will use them only to provide a (...)
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  25.  5
    Is There Value in Identifying Individual Genetic Predispositions to Violence?David Wasserman - 2004 - Journal of Law, Medicine and Ethics 32 (1):24-33.
    In this article I want to ask what we should do, either collectively or individually, if we could identify by genetic and family profding the 12% of the male population likely to commit almost half the violent crime in our society. What if we could identify some individuals in that 12% not only at birth, but in utero, or before implantation? I will explain the source of these figures later; for now, I will use them only to provide a (...)
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  26.  7
    Healthcare professionals’ responsibility for informing relatives at risk of hereditary disease.Kalle Grill & Anna Rosén - 2021 - Journal of Medical Ethics 47 (12):e12-e12.
    Advances in genetic diagnostics lead to more patients being diagnosed with hereditary conditions. These findings are often relevant to patients’ relatives. For example, the success of targeted cancer prevention is dependent on effective disclosure to relatives at risk. Without clear information, individuals cannot take advantage of predictive testing and preventive measures. Against this background, we argue that healthcare professionals have a duty to make actionable genetic information available to their patients’ at-risk relatives. We do not try to settle (...)
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  27.  5
    Limited English Proficiency and Disparities in Clinical Research.Dan Bustillos - 2009 - Journal of Law, Medicine and Ethics 37 (1):28-37.
    Imagine that you possess an indicator for a disease or illness that has nothing to do with your body. It is not a genetic predisposition to acquire cancer or a vice that raises the probability of contracting some dread disease, though estimates of its health risks have placed it on par with having diabetes. It has nothing to do with the environmental pollutants you are exposed to or whether you can afford health care. It is not (...)
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  28.  3
    Genetic susceptibility to a complex disease: the key role of functional redundancy.Gaëlle Debret, Camille Jung, Jean-Pierre Hugot, Leigh Pascoe, Jean-Marc Victor & Annick Lesne - 2011 - History and Philosophy of the Life Sciences 33 (4).
    Complex diseases involve both a genetic component and a response to environmental factors or lifestyle changes. Recently, genome-wide association studies (GWAS) have succeeded in identifying hundreds of polymorphisms that are statistically associated with complex diseases. However, the association is usually weak and none of the associated allelic forms is either necessary or sufficient for the disease occurrence. We argue that this promotes a network view, centred on functional redundancy. We adapted reliability theory to the concerned sub-network, modelled as (...)
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  29.  6
    Medical Ethics, Prediction, and Prognosis: Interdisciplinary Perspectives.Mariacarla Gadebusch Bondio, John-Stewart Gordon & Francesco Sporing (eds.) - 2017 - New York: Routledge.
    Recent scientific developments, in particular advances in pharmacogenetics and molecular genetics, have given rise to numerous predictive procedures for detecting predispositions to diseases in patients. This knowledge, however, does not necessarily promise benign results for either patients or health care professionals. The aim of this volume is to analyse issues related to prediction and prognosis as a burgeoning field of medicine, which is revolutionizing the way we understand and approach diagnosis and treatment. Combining epistemic and ethical reflection with medical expertise (...)
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  30. Genes and family environment in familial clustering of cancer.Knut Borch-Johnsen, Jørgen H. Olsen & Thorkild I. A. Sørensen - 1994 - Theoretical Medicine and Bioethics 15 (4).
    Familial clustering of a disease is defined as the occurrence of the disease within some families in excess of what would be expected from the occurrence in the population. It has been demonstrated for several cancer types, ranging from rare cancers as the adenomatosis-coli-associated colon cancer or the Li-Fraumeni syndrome to more common cancers as breast cancer and colon cancer. Familial clustering, however, is merely an epidemiological pattern, and it does not tell whether genetic or environmental causes (...)
     
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  31.  4
    The thrifty epigenotype: An acquired and heritable predisposition for obesity and diabetes?Reinhard Stöger - 2008 - Bioessays 30 (2):156-166.
    Obesity and type 2 diabetes arise from a set of complex gene–environment interactions. Explanations for the heritability of these syndromes and the environmental contribution to disease susceptibility are addressed by the “thrifty genotype” and the “thrifty phenotype” hypotheses. Here, the merits of both models are discussed and elements of them are used to synthesize a “thrifty epigenotype” hypothesis. I propose that: (1) metabolic thrift, the capacity for efficient acquisition, storage and use of energy, is an ancient, complex trait, (2) (...)
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  32.  6
    The Right Not to Know and the Duty to Tell: The Case of Relatives.Niklas Juth - 2014 - Journal of Law, Medicine and Ethics 42 (1):38-52.
    This text is about obtaining and sharing genetic information when there is a potential conflict of interests between patients and their families and relatives. The patient or, in this text, the “index-person,” is someone who is considering obtaining or already has obtained genetic information about herself through genetic testing.The index-person can have several reasons to take an interest in obtaining her genetic information. She may want to know if she has a genetic predisposition for (...)
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  33.  8
    A proposed approach to informed consent for biobanks in china.Min Liu & Qingli Hu - 2014 - Bioethics 28 (4):222-227.
    Biobanks are potential goldmines for genomics research. They have become increasingly common as a means to determine the relationship between lifestyle, environmental exposures and predisposition to genetic disease. More and more countries are developing massive national scale biobanks, including Iceland, the UK and Estonia. Now several large-scale regional and national biobanks are planned in China, such as Shanghai Biobank, which is defined as a key-element in Shanghai's twelfth five-year Development Plan of Science and Technology. It is imperative (...)
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  34.  9
    A Proposed Approach to Informed Consent for Biobanks in China.Min Liu & Qingli Hu - 2012 - Bioethics 28 (4):181-186.
    Biobanks are potential goldmines for genomics research. They have become increasingly common as a means to determine the relationship between lifestyle, environmental exposures and predisposition to genetic disease. More and more countries are developing massive national scale biobanks, including Iceland, the UK and Estonia. Now several large-scale regional and national biobanks are planned in China, such as Shanghai Biobank, which is defined as a key-element in Shanghai's twelfth five-year Development Plan of Science and Technology. It is imperative (...)
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  35.  3
    Men: A genetically invariant predisposition to rape?Ray H. Bixler - 1992 - Behavioral and Brain Sciences 15 (2):381-381.
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  36.  4
    Jewish Perspectives on the Use of Preimplantation Genetic Diagnosis.Mark Popovsky - 2007 - Journal of Law, Medicine and Ethics 35 (4):699-711.
    The desire to have healthy and happy children is the most basic parental instinct. A parent's moral obligation to care for the child extends before the moment of birth back to the point of conception. In classical Jewish tradition, the Talmud itself offers pregnant women advice on how to improve the well-being of their offspring, such as eating parsley in order to have handsome children, drinking wine in order to bear healthy children, or eating coriander to have especially plump children. (...)
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  37.  7
    Governing biobanks: understanding the interplay between law and practice.Jane Kaye (ed.) - 2012 - Portland, Or.: Hart.
    Biobanks are proliferating rapidly worldwide because they are powerful tools and organisational structures for undertaking medical research. By linking samples to data on the health of individuals, it is anticipated that biobanks will be used to explore the relationship between genes, environment and lifestyle for many diseases, as well as the potential of individually-tailored drug treatments based on genetic predisposition. However, they also raise considerable challenges for existing legal frameworks and research governance structures. This book critically examines the (...)
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  38.  3
    What Lessons Can We Learn from the Exceptionalism Debate (Finally)?Zita Lazzarini - 2001 - Journal of Law, Medicine and Ethics 29 (2):149-151.
    How we integrate the astounding advances that genetics makes possible into our language, our conceptions of health and disease, and our systems to collect, control, and protect health-related information is a key question facing health law and policy-makers this decade.For example, the prospect that all of us may harbor the genetic seeds of our own demise forces us to confront the blurring of the lines between “health,” “predisposition,” and “disease.” How will we modify our conceptions of (...)
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  39.  7
    Testing Children for Genetic Predispositions: Is it in Their Best Interest?Diane E. Hoffmann & Eric A. Wulfsberg - 1995 - Journal of Law, Medicine and Ethics 23 (4):331-344.
    Researchers summoned a Baltimore County woman to an office at the Johns Hopkins School of Public Health last spring to tell her the bad news. They had found a genetic threat lurking in her 7-year-old son's DNA—a mutant gene that almost always triggers a rare form of colon cancer. It was the same illness that led surgeons to remove her colon in 1979. While the boy, Michael, now 8, is still perfectly healthy, without surgery he is almost certain to (...)
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  40.  10
    Testing Children for Genetic Predispositions: Is it in Their Best Interest?Diane E. Hoffmann & Eric A. Wulfsberg - 1995 - Journal of Law, Medicine and Ethics 23 (4):331-344.
    Researchers summoned a Baltimore County woman to an office at the Johns Hopkins School of Public Health last spring to tell her the bad news. They had found a genetic threat lurking in her 7-year-old son's DNA—a mutant gene that almost always triggers a rare form of colon cancer. It was the same illness that led surgeons to remove her colon in 1979. While the boy, Michael, now 8, is still perfectly healthy, without surgery he is almost certain to (...)
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  41.  15
    Molecular Genetics, Reductionism, and Disease Concepts in Psychiatry.Herbert W. Harris & Kenneth F. Schaffner - 1992 - Journal of Medicine and Philosophy 17 (2):127-153.
    The study of mental illness by the methods of molecular genetics is still in its infancy, but the use of genetic markers in psychiatry may potentially lead to a Virchowian revolution in the conception of mental illness. Genetic markers may define novel clusters of patients having diverse clinical presentations but sharing a common genetic and mechanistic basis. Such clusters may differ radically from the conventional classification schemes of psychiatric illness. However, the reduction of even relatively simple Mendelian (...)
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  42.  4
    To test or not to test: genetic cancer predisposition testing in paediatric patients with cancer.Sapna Mehta & Dennis John Kuo - 2021 - Journal of Medical Ethics 47 (12):e17-e17.
    Genetic cancer predisposition testing in the paediatric population poses unique ethical dilemmas. Using the hypothetical example of a teenager with cancer with a high probability of having an underlying cancer predisposition syndrome, we discuss the ethical considerations that affect the decision-making process. Because legally these decisions are made by parents, genetic testing in paediatrics can remove a child’s autonomy to preserve his or her own ‘open future’. However, knowledge of results confirming a predisposition syndrome can (...)
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  43.  3
    What Lessons Can We Learn from the Exceptionalism Debate (Finally)?Zita Lazzarini - 2001 - Journal of Law, Medicine and Ethics 29 (2):149-151.
    How we integrate the astounding advances that genetics makes possible into our language, our conceptions of health and disease, and our systems to collect, control, and protect health-related information is a key question facing health law and policy-makers this decade.For example, the prospect that all of us may harbor the genetic seeds of our own demise forces us to confront the blurring of the lines between “health,” “predisposition,” and “disease.” How will we modify our conceptions of (...)
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  44.  11
    Genetic engineering to avoid genetic neglect: From chance to responsibility.Jessica Hammond - 2008 - Bioethics 24 (4):160-169.
    Currently our assessment of whether someone is a good parent depends on the environmental inputs (or lack of such inputs) they give their children. But new genetic intervention technologies, to which we may soon have access, mean that how good a parent is will depend also on the genetic inputs they give their children. Each new piece of available technology threatens to open up another way that we can neglect our children. Our obligations to our children and our (...)
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  45.  9
    Genetics and the Law.Aubrey Milunsky, George J. Annas, National Genetics Foundation & American Society of Law and Medicine - 2012 - Springer.
    Society has historically not taken a benign view of genetic disease. The laws permitting sterilization of the mentally re tarded~ and those proscribing consanguineous marriages are but two examples. Indeed as far back as the 5th-10th centuries, B.C.E., consanguineous unions were outlawed (Leviticus XVIII, 6). Case law has traditionally tended toward the conservative. It is reactive rather than directive, exerting its influence only after an individual or group has sustained injury and brought suit. In contrast, state legislatures have (...)
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  46.  3
    Genetic Transmission of Disease: A Legal Harm?Catherine Stanton - 2016 - Health Care Analysis 24 (3):228-245.
    This paper considers whether existing law could potentially be used to criminalize the transmission of genetic disease. The paper argues that even if an offence could be made out, the criminal law should not be involved in this context for many reasons, including the need to protect reproductive liberty and pregnant women’s rights. The paper also examines whether there might be scope for civil claims between reproductive partners for a ‘failure to warn’ of potential genetic harm and (...)
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  47.  3
    Mitochondrial genetics and human disease.Lawrence I. Grossman & Eric A. Shoubridge - 1996 - Bioessays 18 (12):983-991.
    Mitochondria contain a molecular genetic system to express the 13 protein components of the electron transport system encoded in the mitochondrial genome (mtDNA). Defects in the function of this system result in some diaseases, many of which are multisystem disorders, prominently involving highly aerobic, postmitotic tissues. These defects can be caused by large‐scale rearrangements of mtDNA, by point mutations, or by nuclear gene mutations resulting in abnormalities in mtDNA. Although any of these mutations would be expected to produce a (...)
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    When Does an Illness Begin: Genetic Discrimination and Disease Manifestation.Anya E. R. Prince & Benjamin E. Berkman - 2012 - Journal of Law, Medicine and Ethics 40 (3):655-664.
    The Genetic Information Nondiscrimination Act of 2008 was passed to encourage patients to seek genetic testing that could improve health outcomes and provide opportunities for preventive measures. GINA protects individuals from discrimination based upon genetic information, but not upon manifested diseases and conditions. Because the manifestation of a disease establishes a threshold of protection for individuals under GINA, the definition of manifestation is crucial to understanding the scope of the bill. This paper examines the range of (...)
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    Returning incidental findings from genetic research to children: views of parents of children affected by rare diseases.Erika Kleiderman, Bartha Maria Knoppers, Conrad V. Fernandez, Kym M. Boycott, Gail Ouellette, Durhane Wong-Rieger, Shelin Adam, Julie Richer & Denise Avard - 2014 - Journal of Medical Ethics 40 (10):691-696.
  50.  19
    New Approach to Disease, Risk, and Boundaries Based on Emergent Probability.Patrick Daly - 2022 - Journal of Medicine and Philosophy 47 (3):457-481.
    The status of risk factors and disease remains a disputed question in the theory and practice of medicine and healthcare, and so does the related question of delineating disease boundaries. I present a framework based on Bernard Lonergan’s account of emergent probability for differentiating (1) generically distinct levels of systematic function within organisms and between organisms and their environments and (2) the methods of functional, genetic, and statistical investigation. I then argue on this basis that it is (...)
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