In Environmental Ethics and Medical Reproduction, Dr. Cristina Richie uses the term "medicalized reproduction" (MR) to describe the impact of technology on human reproduction, including from pre-conception gamete retrieval, in-vitro fertilization (IVF), and birthing suites. Unlike other areas of high-carbon health care, such as organ transplantation or chemotherapy, medicalized reproduction does not treat, cure, or prevent disease. It is supported by an economized medical industry, and as such, is open for ethical scrutiny. This book considers how technology has fundamentally changed the discussion on biomedical ethics, environmental ethics, and reproductive ethics.

This book is aimed at analyzing the foundations of medical ethics by considering different moral theories and their implications for judgments in clinical practice and policy-making. It provides a review of the major types of ethical theory that can be applied to medical and bioethical issues concerning reproductive genetics. In response to the debate on the most adequate ethical doctrine to guide biomedical decisions, this book formulates views that capture the best elements in each, bearing in mind their differences and taking into account the specific character of medicine. No historically influential position in ethics is by itself adequate to be applied to reproductive decisions. Thus, this book attempts to offer a pluralistic approach to biomedical research and medical practice. One usually claims that there are some basic principles (non-maleficence, beneficence, confidentiality, autonomy, and justice) which constitute the foundations of bioethics and medical ethics. Yet these principles conflict with each other and one needs some criteria to solve these conflicts and to specify the scope of application of these principles. Exploring miscellaneous ethical approaches as introduced to biomedicine, particularly to reproductive genetics, the book shall elucidate their different assumptions concerning human nature and the relations between healthcare providers, recipients, and other affected parties (e.g. progeny, relatives, other patients, society). The book attempts to answer the question of whether the tension between these ethical doctrines generates conflict in the field of biomedicine or if these competing approaches could in some way complement each other. In this respect, lecturers and researchers in bioethics would be interested in this reading this book.

This book reviews recent trends and developments in the study of the impact that the environment has on human reproduction. It thoroughly examines these issues, using the most modern techniques and methods available, to analyze the manner in which both male and female fertility can be affected and assessed. Coverage examines such diverse factors as toxic environmental contaminants, air pollution, and exposure to medical drugs.

In this rigorous and necessary book, Kristien Hens brings together bioethics and the philosophy of biology to argue that it is ethically necessary for scientific research to include a place for the philosopher. As well as ethical, their role is conceptual: they can improve the quality and coherence of scientific research by ensuring that particular concepts are used consistently and thoughtfully across interdisciplinary projects. Hens argues that chance and uncertainty play a central part in bioethics, but that these qualities can be in tension with the attempt to establish a given theory as scientific knowledge: in describing organisms and practices, in a sense we create the world. Hens contends that this is necessarily an ethical activity. Examining genetic research, biomedical ethics, autism research and the concept of risk, Hens illustrates that there is no ‘universal’ or ‘neutral’ state of scientific and clinical knowledge, and that attending to the situatedness of individual experience is essential to understand the world around us, to know its (and our) limitations, and to forge an ethical future. Chance Encounters is aimed at a broad audience of researchers in bioethics, philosophy, anthropology, sociology, as well as biomedical and environmental scientists. It will also be relevant to policymakers, and the artwork by Christina Stadlbauer and Bartaku will be of interest to artists and writers working at the intersection of art and science.

"In order to reproduce by medical means, gametes-the sperm and eggs-must be taken from the human body. Oftentimes this requires the use of pharmaceuticals to enhance or stimulate fertility. Once gametes are taken, they require storage. After the appropriate diagnostic tests are run, gametes are used for inseminating procedures such as in-vitro fertilization (IVF) or artificial insemination (AI). Gamete retrieval and storage are part of the early phases of medical reproduction (MR). Each of these steps have many substeps along the way. This chapter will detail some of the processes of MR prior to insemination that use resources and release carbon emissions. It should be noted that not every phase of the MR spectrum are used by all clients. Some people may avail themselves of gamete retrieval but do not proceed to storage; others may eventually use the stored gametes for fertilization but not have a live birth. Some will have an MR birth without needing to use a neo-natal intensive care unit (NICU), while other medical consumers will use every aspect of the MR spectrum. Regardless of which MR procedures are used, carbon is emitted from a variety of sources in each step. It should also be remembered that people using the MR industry are not necessarily suspected to be, or diagnosed with, infertility. Since the MR industry caters to lifestyle choices surrounding reproduction, it eagerly serves preferences of fertile people who want a particular reproductive experience, as well as the preferences of the infertile. Both can, and do, use MR prior to insemination"--

Volume 10 of the Routledge History of Philosophy presents a historical survey of the central topics in twentieth century Anglo-American philosophy. It chronicles what has been termed the 'linguistic turn' in analytic philosophy and traces the influence the study of language has had on the main problems of philosophy. Each chapter contains an extensive bibliography of the major writings in the field. All the essays present their large and complex topics in a clear and well organised way. At the end, the reader finds a helpful Chronology of the major political, scientific and philosophical events in the Twentieth Century and an extensive Glossary of technical terms.

Each year, roughly a million new cases of cancer appear in the US, and more than 500,000 Americans die annually of premature death. Although medical progress has slowed cancer mortality, its incidence is increasing roughly six times faster than cancer mortality is decreasing. Breast cancer, in particular, has been increasing about one percent each year since 1973. At least two of the factors responsible for this surge in breast cancer are women's use of medically-prescribed synthetic hormones and the exposure of the entire population to chemicals such as dioxin. Both exposures increase the likelihood of breast cancer. Although many ethicists worry about involuntary societal imposition of chemicals such as dioxin, through industrial and agricultural processes, allegedly voluntary exposures also constitute both, a public-health problem and a biomedical-ethics difficulty. Physicians recommend synthetic hormones, for example, to women who apparently take them voluntarily. In the case of in vitro fertilization, doctors prescribe hormones to induce egg production and to increase the chances of reproduction for couples who are unable to have children. Despite the benefits of medical technologies such as hormone stimulation and in vitro fertilization, they also carry great risks. The price that childless women pay, for their opportunity to have children through in vitro fertilization, may be their own increased risk of diseases - such as breast cancer - that are hormone dependent.

A revised, expanded and updated edition with contributions by 325 renowned authorities in the field of ethics. All of the original articles have been newly peer-reviewed and revised, bibliographies have been updated throughout, and the overall design of the work has been enhanced for easier access to cross-references and other reference features.

Includes terms from: health care administration, public health & epidemiology, government regulation, ethics & patient empowerment, finance & reimbursement, medical staff organization, clinical medicine & nursing, science, research & technology, law & legislation, and healthy communities movement.