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In an intellectually engaging narrative that mixes science and history, theories and personalities, Pat Shipman asks the question: Can we have legitimate scientific investigations of differences among humans without sounding racist? Through the original controversy over evolutionary theory in Darwin's time; the corruption of evolutionary theory into eugenics; the conflict between laboratory research in genetics and fieldwork in physical anthropology and biology; and the continuing controversies over the heritability of intelligence, criminal behavior, and other traits, the book explains both prewar eugenics and postwar taboos on letting the insights of genetics and evolution into the study of humanity.
Presents a collection of information concerning the care and conservation of human remains in museums and academic institutions.
First multi-year cumulation covers six years: 1965-70.
Preface: frozen spirits -- Introduction: within cold blood -- The technoscience of life at low temperature -- Latent life in biomedicine's ice age -- Temporalities of salvage -- "As yet unknown": life for the future -- "Before it's too late": life from the past -- Collecting, maintaining, reusing, and returning -- Managing the cold chain: making life mobile -- When futures arrive: lives after time -- Epilogue: thawing spirits
Differentiation and Immunology is a collection of papers that deals with molecular specificity—the link between immunology and differentiation. One paper reviews the status of regulation in bacteria or viruses, and extends the results to animal cells. The paper also investigates a single aspect of the control of immunoglobulin through the use of plasmacytomas. Another paper discusses the role of macrophages in the minimum theory to possibly account for the energetics of the reaction with receptors, or to the frequency of antigen-sensitive cells. Some papers investigate the immunogenic function of macrophages, the transition from monocyte to macrophage, the factors influencing the formation...
Our evolution and that of all plants and animals is not thought to be due solely to the gradual accumulation of gene changes within species. Symbiosis is at the root of our being. This book is a systematic history of this emerging field and gives an account of the growth of a biological idea.
Includes subject section, name section, and 1968-1970, technical reports.
Formation and Fate of Cell Organelles presents the proceedings of the symposia of the International Society for Cell Biology. Contributors offer their views on various aspects of the problem of spontaneous assembly, particularly how cellular structures arise from the component molecules. They consider whether all cellular organelles and cells, themselves, can arise by spontaneous assembly, or whether some regulation is involved and the mechanisms underlying such regulation. This book is organized into 16 chapters and begins with an overview of self-assembling systems of equal units and how they can be built efficiently, focusing on quasi-equivalence and helical waves on bacterial flagella. T...