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"Genetic Turning Points is an outstanding study of the problem of genetic engineering and related ethical issues. It addresses difficult and sometimes technical matters in a style that is both clear and scholarly, and it provides valuable insights into issues that are being thrust to the fore by scientific progress. Genes store the directions for all life on earth. If you want to know where we might be going, read this book. It is a road map that can save you from many ill-fated journeys."--William R. Shea.
This timely volume, written by scholars and practitioners at the forefront of genetic research, will help readers assess from a Christian perspective the ethical questions rased by today's genetic advancements.
A compelling vision of a new reality, a reconciliation of science and the human spirit for a future that will work The dynamics underlying the major problems of our time—cancer, crime, pollution, nuclear power, inflation, the energy shortage—are all the same. We have reached a time of dramatic and potentially dangerous change, a turning point for the planet as a whole. We need a new vision of reality, one that allows the forces transforming our world to flow together as a positive movement for social change. Now distinguished scientist Fritjof Capra gives us that vision, a holistic paradigm of science and spirit. “This splendid and thoughtful book is an essential guide for anyone inquiring about the place of science and metascience in our contemporary culture. Those who enjoyed Fritjof Capra’s Tao of Physics should not expect a sequel; this is a much more ambitious book that attempts and succeeds in presenting a whole worldview from the viewpoint of a committed and experienced physicist who also writes from within the North American culture…. It is unusually detailed and thorough in its inclusion of the conventional and the alternative approaches to topics ranging from ecology through medicine and psychology to economics. It is at once scholarly and easy to read.”—Jim Lovelock, New Scientist
Artificial Intelligence and Security in Computing Systems is a peer-reviewed conference volume focusing on three areas of practice and research progress in information technologies: -Methods of Artificial Intelligence presents methods and algorithms which are the basis for applications of artificial intelligence environments. -Multiagent Systems include laboratory research on multiagent intelligent systems as well as upon their applications in transportation and information systems. -Computer Security and Safety presents techniques and algorithms which will be of great interest to practitioners. In general, they focus on new cryptographic algorithms (including a symmetric key encryption scheme, hash functions, secret generation and sharing schemes, and secure data storage), a formal language for policy access control description and its implementation, and risk management methods (used for continuous analysis both in distributed network and software development projects).
Lepidoptera Genetics provides a systematic account of the genetics and karyology of Lepidoptera. Topics covered include the use of biometry in genetic studies; population genetics and polymorphism; the rise of industrial melanism; and the evolution of mimicry. The genetics of Rhopalocera and Heterocera is also discussed. This book is comprised of eight chapters and begins with an overview of Lepidoptera species and their genetics, paying particular attention to color and pigmentation, breeding, and resistance to insecticides, as well as the effect of seasonal variations and the environment on Lepidoptera. The next chapter outlines the tenets of genetics that are of value for Lepidoptera research, including particulate heredity, random assortment, sex-linked inheritance, maternal inheritance, and mosaicism. The reader is methodically introduced to the application of biometry to the study of Lepidoptera genetics; the evolution of mimicry in Lepidoptera; and the known heredity of Rhopalocera and Heterocera. The final chapter examines the karyology of Lepidoptera, focusing on the haploid karyotype, polyploidy, chiasmata frequency, supernumerary chromosomes, and sex chromatin. This monograph will be a useful resource for entomologists, geneticists, and biologists.
One of the key issues facing us in the next millennium is the ability to manipulate the genetics of living organisms. The possibility of manipulating human genetics raises many theological, ethical and socio-political issues. These include specific decisions about whether the technology will be developed, how it will be applied and more general questions about the technical manipulation of 'natural' processes. From a theological perspective the human genome project not only challenges particular doctrines, such as that of creation, eschatology and anthropology, but also raises particular issues of social justice and medical ethics. The purpose of this book is to bring together the collective expertise of theologians, scientists and social scientists in order to provide a forum for critique and public debate focused on the human genome project.It is hoped that the results presented in this book offer a sophisticated theological and ethical response.
This authoritative book is the most comprehensive examination ever of the sacredness of human life. Never before has one volume explored this subject in such a multifaceted way, encompassing biblical roots, theological elaborations, historical cases, and contemporary ethical perspectives. Tracing the concept of the sacredness of human life from Scripture through church history to the present day, David Gushee argues that viewing human life as sacred is one of the most precious legacies of biblical faith — albeit one that the church has too often failed to uphold. Besides providing a masterful historical survey, Gushee’s discussion covers the many current ethical challenges and perspectives that will impact the survival and flourishing of human life, including biotechnology, the death penalty, abortion, human rights, nuclear weapons, just war theory, women’s rights, and creation care. Gushee’s Sacredness of Human Life is a game-changing book that will set the standard for all future discussions of this key ethical concept.
Debates over health care have focused for so long on economics that the proper goals for medicine seem to be taken for granted; yet problems in health care stem as much from a lack of agreement about the goals and priorities of medicine as from the way systems function. This book asks basic questions about the purposes and ends of medicine and shows that the answers have practical implications for future health care delivery, medical research, and the education of medical students. The Hastings Center coordinated teams of physicians, nurses, public health experts, philosophers, theologians, politicians, health care administrators, social workers, and lawyers in fourteen countries to explore these issues. In this volume, they articulate four basic goals of medicine — prevention of disease, relief of suffering, care of the ill, and avoidance of premature death — and examine them in light of the cultural, political, and economic pressures under which medicine functions. In reporting these findings, the contributors touch on a wide range of diverse issues such as genetic technology, Chinese medicine, care of the elderly, and prevention and public health. The Goals of Medicine clearly demonstrates the importance of clarifying the purposes of medicine before attempting to change the economic and organizational systems. It warns that without such examination, any reform efforts may be fruitless.
An accessible introduction to core concepts in evolution for lay readers, which shows that random events have played a critical role in the development of life Critical historical events--or turning points--have shaped evolution and continue to have a decisive effect on individual lives. This theme is explored and explained in this lucid, accessible book for lay readers. The author argues that, although evolution is the result of unpredictable events, these events have profound influences on subsequent developments. Life is thus a continuous interplay between unforeseeable events and their decisive consequences. As one example, the author cites the fusing of two chromosomes, which differentiated the human species from our closest animal relatives about 4 to 5 million years ago. This event was not predictable, but it had a profound effect on the evolution of our species thereafter. By the same token, certain unpredictable circumstances in the past enabled only Homo sapiens to survive to the present day, though we now know that other human-like species also once existed. The author contrasts such scientific concepts grounded in solid evidence with prevalent misconceptions about life: specifically, the religious notion that there is a plan and purpose behind life, the widespread perception that intelligent design governs the workings of nature, the persistent belief in destiny and fate, and the attribution of an overly deterministic role to genes. This excellent introduction for laypersons to core ideas in biology goes a long way toward dispelling such misconceptions and presents current scientific research in clearly understandable, jargon-free terms.
These essays examine the developments in three fundamental biological disciplines--embryology, evolutionary biology, and genetics. These disciplines were in conflict for much of the 20th century and the essays in this collection examine key methodological problems within these disciplines and the difficulties faced in overcoming the conflicts between them. Burian skillfully weaves together historical appreciation of the settings within which scientists work, substantial knowledge of the biological problems at stake and the methodological and philosophical issues faced in integrating biological knowledge drawn from disparate sources.