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Convergence science is the process whereby innovation comes from the cross pollination of diverse disciplines, industries and cultures, carrying ideas and approaches across boundaries. This book is a blueprint for how this could and should occur in mental health in order to solve the complex, multi-system problems that the field faces.
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This volume collects some of Juan Uriagereka’s previously published pieces and presentations on biolinguistics in recent years in one comprehensive volume. The book’s introduction lays the foundation for the field of biolinguistics, which looks to integrate concepts from the natural sciences in the analysis of natural language, situating the discussion within the minimalist framework. The volume then highlights eight of the author’s key papers from the literature, some co-authored, representative of both the architectural and evolutionary considerations to be taken into account within biolinguistic research. The book culminates in a final chapter showcasing the body of work being done on biolinguistics within the research program at the University of Maryland and their implications for interdisciplinary research and future directions for the field. This volume is essential reading for students and scholars interested in the interface between language and the natural sciences, including linguistics, syntax, biology, archaeology, and anthropology.
Alzheimer's Disease (AD) is a growing global public health challenge. The development of new therapies is urgently needed, and a complex ecosystem of organizations has grown to facilitate AD drug discovery and development. Masterfully collating information on the drug development ecosystem, this book emphasizes the contributions of each aspect in the pipeline with a uniform approach to chapters, enabling readers to access relevant information quickly. Topics covered include the use of non-clinical laboratory studies, biomarker development, artificial intelligence, design and management of clinical trials, and funding and financing models. Also discussed is the critical role of advocacy fundraising for drug development. With the approval of aducanumab, the function of the ecosystem has become apparent. This is a definitive overview of how the ecosystem works in transferring an AD drug from its discovery in the laboratory through clinical trial testing to regulatory review and eventual marketing.
Compared with other disease areas, central nervous system (CNS) disorders have had the highest failure rate for new compounds in advanced clinical trials. Most CNS drugs fail because of efficacy, and the core issue underlying these problems is a poor understanding of disease biology. Concern about the poor productivity in neuroscience drug development has gained intensity over the past decade, amplified by a retraction in investment from the pharmaceutical industry. This retreat by industry has been fueled by the high failure rate of compounds in advanced clinical trials for nervous system disorders. In response to the de-emphasis of CNS disorders in therapeutic development relative to other...
"Emerging neuroscientific insights are changing our understanding of what it means to be human. The resulting reconceptualization continues to impact law and the fit between law and morality. This book takes account of those developments and suggests that normative theory, particularly in its non-instrumental iterations, will be challenged, most profoundly. If we are, as the science suggests, nothing more than the coincidence of mechanical forces, then law and normative theory that depend on the immaterial and that would draw distinctions between the "mental" or "emotional" and the more manifestly physical are misguided, so misguided that they would actually undermine human thriving. Indeed, they already do. The ramifications of that conclusion are profound. Trialectic posits and investigates the impact of those ramifications on law"--
We have politics on our mind—or, rather, we have politics in different parts of our brains. In this path-breaking study, Matt Qvortrup takes the reader on a whistle stop tour through the fascinating, and sometimes frightening, world of neuropolitics; the discipline that combines neuroscience and politics, and is even being used to win elections. Putting the 'science' back into political science, The Political Brain shows how fMRI-scans can identify differences between Liberals and Conservatives, can predict our behaviour with sometimes greater accuracy than surveys, and can explain the biology of uprisings, revolutions, and wars. Not merely a study of empirical evidence, the book shows how the philosophical theories of, among others, Plato, Aristotle, and Spinoza can be supported by brain scans. Along the way, it also provides an overview of the state-of-the-art knowledge of the organ that shapes our politics. The book shows that if we rely on evolutionary primitive parts of the midbrain—those engaged when we succumb to polarised politics—we stand in danger of squandering the gains we made through the last eight million years.
The Minimalist Program is just that, a “program”. It is a challenge for syntacticians to reexamine the constructs of their models and ask what is minimally needed in order to accomplish the essential task of syntax – interfacing between form and meaning. This volume pushes Minimalism to its empirical and theoretical limits, and brings together some of the most innovative and radical ideas to have emerged in the attempt to reduce Universal Grammar to the bare output conditions imposed by these conceptually necessary interfaces. The contributors include both leading theoreticians and well-known practitioners of minimalism; the papers thus both respond to broad questions about the nature ...