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Abstract: As of June 30th, 2020, the global outbreak of Severe Acute Respiratory Syndrome (SARS)—associated coronavirus 2 (SARS-CoV-2) has claimed about 500,000 lives, with over 10 million confirmed cases and nearly 3 billion people around the world under some form of lockdown. The COVID-19 pandemic has exposed profound weaknesses in a global health system that in the last decades relied in most countries too heavily on the pro-profit private sector for the discovery, development and distribution of new drugs. Pharmaceutical research is slow, risky, and costly. Governments allocate public funds to health-related research – grants for the most part aimed at supporting research upstream of drug development. Rather, late-stage drug development is largely funded by private pharmaceutical companies, drug corporations and venture capitals, which are incentivized to invest by a system of patent monopolies. To maximize their financial returns, private agents invest almost exclusively on the most marketable and profitable biomedical sectors, where drugs command the highest profits even if sometimes offer marginal therapeutic improvements and have little impact on social welfare. Critically important biomedical research sectors remain thus underfunded, and urgent public health needs are left unmet by the investment plans of the industry. Such was the case of drug development to prevent and fight coronavirus infections – neglected by “Big-Pharma” companies despite the alarming concerns raised by the scientific community for almost 20 years, the predicted economic burden of a pandemic on the public sanitary system, and the undisputable societal benefits represented by the discovery of an affordable cure. This pandemic provides a fundamental lesson — one ignored after the outbreak of SARS in 2003, the epidemic of MERS in 2006, and other past pandemics — a lesson about infectious threats that we face globally and that exacerbate vulnerabilities associated with income inequality and health disparities. It is now imperative to rethink the present public health funding strategy, and the roles and goals of all players involved. Here, after a brief analysis of the causes underlying the failure of the private sector to prevent and address the present COVID-19 pandemic, we propose a structural intervention aimed at creating the conditions for a new model of public health research. We detail a plan for an international, interconnected, transparent, science-informed, and publicly funded research infrastructure for pharmaceutical and biomedical research – BIOMED EUROPA. The proposed platform aims at identifying research priorities in the public health sector, focusing efforts on the development of preventive and therapeutic strategies against those diseases that pose the greatest threats to human and social welfare. We suggest that BIOMED EUROPA should be managed as both a research infrastructure, along the model of CERN (the European Organization for Nuclear Research, Geneva) or the EMBL (European Molecular Biology Laboratory, Heidelberg) and as a knowledge-intensive public enterprise with an industrial policy mission, such as the ESA (European Space Agency).
Industrie pharmaceutique. --- Recherche biomédicale. --- Santé publique. --- Covid-19.
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"A new, accessible guide to explanations about statistical analytic approaches and methods used in medical research from the experts at JAMA"--
Statistics as Topic. --- Biomedical Research. --- Statistiques comme sujet. --- Recherche biomédicale.
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Biomedical Research --- Research Design. --- Recherche biomédicale --- Recherche --- methods. --- Méthodologie.
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outside back cover : "Conducting Health Research: Principles, Process, and Methods presents an integrated and practical introduction to the principles and strategies for planning, implementing, reporting, and assessing health sciences research. Comprehensive in its breadth and depth, with an accessible writing style, this text prepares students in public health and related fields to be adept researchers and consumers of health research. Through real-world examples and step-by-step guidance, Frederick J. Kviz provides students with the skills they need to: identify and evaluate research strengths and limitations as practitioners; to actually perform the various core aspects of research; and to choose among alternative methods when making decisions about health practice, policy, and future research needs."
Biomedical Research --- Research Design --- methods --- Recherche biomédicale --- Plan de recherche --- Recherche --- methodes --- Méthodologie. --- Biomedical Research - methods --- Research Design. --- methods.
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The idea that we have an unlimited moral imperative to pursue medical research is deeply rooted in American society and medicine. This work exposes the ways in which such a seemingly high and humane ideal can be corrupted and distorted into a harmful practice.
Medicine --- biomedisch, medisch-wetenschappelijk onderzoek --- #GBIB:CBMER --- Health Workforce --- Research --- Social aspects --- recherche biomédicale --- Professional ethics. Deontology --- Human medicine
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It is important to be aware of the legal and ethical frameworks within which research is undertaken and of the steps that are available to prevent fraudulent and dishonest research being undertaken and written up. This book, originally put together by Stephen Lock, an editor of the British Medical Journal, and now revised extensively by Michael Farthing, editor of the gastroenterology journal Gut, provides an overview of the entire topic. Background material on the regulatory frameworks, in North America as well as Europe, is laid out in detail, and the history of fraud and misconduct is illustrated admirably by contributions from Stephen Lock and Frank Wells, a co-editor and expert in ethical and legal issues relating to the pharmaceutical industry. A series of slightly less riveting accounts of individual country’s approaches to research fraud follows, with the best chapters coming towards the end, where personal experiences are used to illuminate the devastating effects that involvement in research fraud can have for patients and practitioners. Michael Farthing has contributed an excellent editorial view on research misconduct to conclude the book.
Medicine --- Physicians --- Médecine --- Médecins --- Research. --- Malpractice. --- Recherche --- Responsabilité professionnelle --- wetenschapsethiek (wetenschappelijk wangedrag, fraude) --- biomedisch, medisch-wetenschappelijk onderzoek --- éthique de la science (inconduite scientifique) --- recherche biomédicale --- Médecine --- Médecins --- Responsabilité professionnelle
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Medical ethics. --- biomedisch, medisch-wetenschappelijk onderzoek --- recherche biomédicale --- Medical ethics --- Biomedical ethics --- Clinical ethics --- Ethics, Medical --- Health care ethics --- Medical care --- Medicine --- Bioethics --- Professional ethics --- Nursing ethics --- Social medicine --- Moral and ethical aspects
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"The aims of this book: I have been teaching research methods to medical, nursing and social sciences students, and in postgraduate medicine, for over forty years. In that time, I have realised that the prospect of learning about doing research, or doing "science", terrifies a lot of people. Many have a "mental block" at the thought of it. "Research is what scientists do and I'm not a scientist!" So, this is where I give my first, and possibly, most important piece of advice: "Don't Panic!" Can you think of the source? These words were written by Douglas Adams in 1979... That's right! They are from his book, The Hitch Hiker's Guide to the Galaxy, and on the back of the Guide are found these immortal words. Remember them. You don't need to panic when you are learning about Research. You can do it"--
Biomedical Research --- Research Design --- Students, Medical --- methods --- Biomedical Research - methods --- Recherche biomédicale --- Plan de recherche. --- Étudiants en médecine. --- méthodes. --- Research Design. --- Students, Medical. --- methods. --- Recherche biomédicale --- Étudiants en médecine. --- méthodes.
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In the early 19th century, body snatching was rife because the only corpses available for medical study were those of hanged murderers. With the Anatomy Act of 1832 the bodies of those who died destitute in workhouses were appropriated for dissection. This text explores this history. In the early nineteenth century, body snatching was rife because the only corpses available for medical study were those of hanged murderers. With the Anatomy Act of 1832, however, the bodies of those who died destitute in workhouses were appropriated for dissection. At a time when such a procedure was regarded with fear and revulsion, the Anatomy Act effectively rendered dissection a punishment for poverty. Providing both historical and contemporary insights, "Death, Dissection, and the Destitute" opens rich new prospects in history and history of science. The new afterword draws important parallels between social and medical history and contemporary concerns regarding organs for transplant and human tissue for research.
Body snatching --- Dead bodies (Law) --- Funeral rites and ceremonies --- Human dissection --- biomedisch, medisch-wetenschappelijk onderzoek --- lichaamsmateriaal (lichaam, menselijk lichaamsmateriaal) --- dissectie (ontleding) --- recherche biomédicale --- matériel corporel humain, (corps humain) --- dissection --- Anatomy, Practical --- Practical anatomy --- Dissection --- Funerals --- Mortuary ceremonies --- Obsequies --- Manners and customs --- Rites and ceremonies --- Burial --- Cremation --- Cryomation --- Dead --- Mourning customs --- Law --- Theft --- Law and legislation --- Great Britain --- Social conditions
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Biotechnologies enable us to be smarter, have better memories be stronger and quicker, live longer, be more resistant to diseases, and enjoy richer emotional lives. Buchanan explores urgent ethical issues raised by these developments, about what it is to be human and what sort of society we should strive to have.
Medical innovations --- Moral and ethical aspects. --- biomedisch, medisch-wetenschappelijk onderzoek --- biomedische technologie --- menselijke natuur --- verbetergeneeskunde (mensverbetering) --- rechtvaardigheid (rechtvaardigheidsprincipe, distributieve rechtvaardigheid) --- ethiek (ethische aspecten) --- recherche biomédicale --- technologie biomédicale --- nature humaine --- médecine de l'amélioration (médecine d'amélioration) --- justice (principe de justice, justice distributive, justice sociale) --- ethique (aspects ethiques) --- Biomedical Enhancement --- Innovations, Medical --- Medicine --- Medical technology --- Technological innovations --- Moral and ethical aspects --- Innovations --- Medical law --- Professional ethics. Deontology --- Médecine --- Aspect moral --- ethics. --- Medical innovations - Moral and ethical aspects.
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