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"This monograph explores the under-researched use of music in Jean-Luc Godard's films and video essays from the early 1960s to the late 1990s. While Godard is largely hailed as a leading innovator of visual montage, unique storytelling style, and ground-breaking cinematography, his achievements as a leading pioneer in sculpting complex soundtracks altering the familiar relationship between sound and image have been mainly overlooked. On these soundtracks, music assumes the unique role of metafilm music. Metafilm music self-consciously refers to its own role as film music and disrupts the primary function of film music as an essential filmic device creating cinematic illusion. The concept of metafilm music describes how Godard thinks with film music about film music. Metafilm music manifests itself in Godard's work in four distinct manners: as fragmentized musical cues; as the same fragment verbatim repeated several times; as extrapolated, short excerpts from classical or popular music; and as music mixed unusually loudly into the soundtrack. With a detailed analysis of these parameters, the book explores fragmented and repeated music as Godard's critique of the leitmotif technique. Godard further self-reflexively investigates genre-specific music in musical comedies, films noir, and melodramas, as well as prototypical film music as arguably its own musical genre. His last foray into metafilm music entails music-making as a metaphor for filmmaking. By thinking with music about the function of film music, Godard has created throughout his career multi-layered soundtracks which challenge the conventional norms of film music and sound"--
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""In Pursuit of Knowledge" explores Black women and educational activism in Antebellum America"--
African American women educators --- African American women political activists --- African Americans --- History --- Education --- Social conditions --- United States --- Race relations
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Nonalcoholic fatty liver disease (NAFLD) is known as the hepatic manifestation of the metabolic syndrome, and while most patients develop simple steatosis, up to one-third can develop nonalcoholic steatohepatitis (NASH). NASH is a chronic inflammatory condition of the liver that can further progress to fibrosis and cirrhosis, which may eventually lead to liver failure and death. While we have increased our mechanistic knowledge regarding the pathogenesis of NASH within the last decade, treatment options are still limited and liver biopsies have remained the gold standard for diagnosis. To achieve major clinical breakthroughs for NASH patients, it is not sufficient to use a single animal model, since each model has specific limitations. Furthermore, we should rely more on alternative models such as organ-on-a-chip, which will enable us to explore unknown aspects of disease pathogenesis much faster and serve as clinically relevant surrogates for murine models. Another important direction for the improvement of patient health is to pay more attention to extrahepatic, organ-specific and systemic effects, which are associated with NASH. The articles in this Special Issue include an up-to-date overview of the rapidly developing technologies, novel targets for intervention and insights in the field in NASH. Additionally, these articles describe the major challenges in the field, strategies to overcome them and suggestions for future directions. To improve patient's outcome, clinicians, as well as scientists with biomedical, nutrition, physics and mathematics backgrounds, should join forces. Although challenges remain, the future of the field seems promising as these novel technologies and developments are expected to lead to progress in NASH.
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Nonalcoholic fatty liver disease (NAFLD) is known as the hepatic manifestation of the metabolic syndrome, and while most patients develop simple steatosis, up to one-third can develop nonalcoholic steatohepatitis (NASH). NASH is a chronic inflammatory condition of the liver that can further progress to fibrosis and cirrhosis, which may eventually lead to liver failure and death. While we have increased our mechanistic knowledge regarding the pathogenesis of NASH within the last decade, treatment options are still limited and liver biopsies have remained the gold standard for diagnosis. To achieve major clinical breakthroughs for NASH patients, it is not sufficient to use a single animal model, since each model has specific limitations. Furthermore, we should rely more on alternative models such as organ-on-a-chip, which will enable us to explore unknown aspects of disease pathogenesis much faster and serve as clinically relevant surrogates for murine models. Another important direction for the improvement of patient health is to pay more attention to extrahepatic, organ-specific and systemic effects, which are associated with NASH. The articles in this Special Issue include an up-to-date overview of the rapidly developing technologies, novel targets for intervention and insights in the field in NASH. Additionally, these articles describe the major challenges in the field, strategies to overcome them and suggestions for future directions. To improve patient's outcome, clinicians, as well as scientists with biomedical, nutrition, physics and mathematics backgrounds, should join forces. Although challenges remain, the future of the field seems promising as these novel technologies and developments are expected to lead to progress in NASH.
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Nonalcoholic fatty liver disease (NAFLD) is known as the hepatic manifestation of the metabolic syndrome, and while most patients develop simple steatosis, up to one-third can develop nonalcoholic steatohepatitis (NASH). NASH is a chronic inflammatory condition of the liver that can further progress to fibrosis and cirrhosis, which may eventually lead to liver failure and death. While we have increased our mechanistic knowledge regarding the pathogenesis of NASH within the last decade, treatment options are still limited and liver biopsies have remained the gold standard for diagnosis. To achieve major clinical breakthroughs for NASH patients, it is not sufficient to use a single animal model, since each model has specific limitations. Furthermore, we should rely more on alternative models such as organ-on-a-chip, which will enable us to explore unknown aspects of disease pathogenesis much faster and serve as clinically relevant surrogates for murine models. Another important direction for the improvement of patient health is to pay more attention to extrahepatic, organ-specific and systemic effects, which are associated with NASH. The articles in this Special Issue include an up-to-date overview of the rapidly developing technologies, novel targets for intervention and insights in the field in NASH. Additionally, these articles describe the major challenges in the field, strategies to overcome them and suggestions for future directions. To improve patient's outcome, clinicians, as well as scientists with biomedical, nutrition, physics and mathematics backgrounds, should join forces. Although challenges remain, the future of the field seems promising as these novel technologies and developments are expected to lead to progress in NASH.
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The book analyses from a comparative perspective the exploration of territories, the histories of their inhabitants and local natural environments, covering different regions in Europe, the Americas and Asia, during the long eighteenth century. ; Readership: Institutes, scholars, students, academic libraries interested in Early Modern and Modern History, Postcolonial Studies, Latin American Studies, European Studies, History of Science, History of Medicine; Knowledge History; Social History; Rural History; Environmental Studies.
Cartography. --- Cartography, Primitive --- Chartography --- Map-making --- Mapmaking --- Mapping (Cartography) --- Mathematical geography --- Surveying --- Map projection --- Maps --- Science --- History of science --- Cartography --- Natural history --- History
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