How can an abstract sequence of sounds so intensely express emotional states? In the past ten years, research into the topic of music and emotion has flourished. This book explores the relationship between music and emotion, bringing together contributions from psychologists, neuroscientists, musicologists, musicians, and philosophers .

Anton Dohrn projected the Stazione Zoologica as composed of two complementary halves: nature and culture. This attitude was not only expression of the general cultural background of the nineteenth century cultural elite, for Dohrn both formed a coherent and organized whole. In my essay I will analyse the different levels of the relationship between music and biology. In particular, I will demonstrate that both share similar “styles of thought”. In the last part I will show that Dohrn’s most important scientific (...) contribution, the concept or “principle” of Functionswechsel, provides evidence for the link he had established between music and biology -/- . (shrink)

Cet ouvrage s'inscrit dans le fil du travail collectif entrepris en 1995, l'Histoire de la pensée médicale en Occident (trois volumes sous la direction de Mirko D Grmek, Seuil, 1995, 1997, 1999). Il rend compte du déploiement des recherches pluridisciplinaires et transdisciplinaires de la pensée médicale et aborde les discussions et controverses actuelles sur les politiques de santé. Du fait du développement des connaissances théoriques et des innovations techniques, la notion même de soin, sous ses aspects sociaux, économiques, mais aussi (...) épistémiques, se trouve questionnée. La pensée médicale ne saurait se limiter aux données biologiques, et ses composantes spécifiquement humaines et sociales sont explorées et interrogées ici dans une perspective historique qui tient compte des découvertes du dernier siècle. (shrink)

v. 1. L'Antichità. Il Medioevo.--v. 2. Il Cinquecento. Il Seicento.--v. 3. Il Settecento.--v. 4. L'Ottocento.

In 1949, Linus Pauling and collaborators published in Science a paper provocatively titled: 'Sickle cell anemia, a molecular disease'. What was actually meant by 'molecular disease'? We interpret the concept of molecular disease in the frame of the traditional positions about the nature of diseases: the ontological and the physiological positions. We conclude that the physiological does not give an adequate account of what molecular diseases are. The ontological position, when correctly reinterpreted, leads to an understanding of molecular diseases where (...) the macromolecule is seen as a symptom or as a part of a mechanism leading to the symptoms of the disease. We then show that the concept of molecular disease leads to a particular view of therapy, emphasizing eugenics as a way of eliminating disease. On the individual level, this concept leads to an increased power of diagnosis, and especially predictive diagnosis, but has little therapeutic consequence. Lastly, we examine how this concept of disease unifies two contemporary classifications of diseases, one based on the location of the diseases, the other on the cause of the diseases. (shrink)

Chemical embryology was born in 1931 with the publication of Chemical Embryology by Joseph Needham. In the following two decades it became an innovative research project aiming at the description of the construction of the embryological structure and differentiation in biochemical terms. This research programme produced a vast amount of experimental evidence and theories on the chemical dynamics of the embryo: particularly chemical characterization of the zygote and the developing embryo, the chemical exchanges between the nucleus and the cytoplasm, the (...) significance of subcellular structures, and the role and distribution of nucleic acids within the cell. From the 1950s on, a large part of these results came to be integrated into the empirical basis of molecular biology. However, the shift from chemical embryology to molecular embryology was not just a semantic shift but a deep theoretical change, produced by the introduction of a new model of scientific explanation, based on the transmission and expression of genetic information and opposed to the biochemical definition of life. (shrink)

Throughout history, international health collaboration gradually came into being to counteract the emergence of new diseases. This process went through five stages.:1) Quarantine regulations were established for maritime commerce to safeguard public health. 2) Scientific data were studied to understand the causes of infectious diseases and their modes of transmission; a single solution to the problem was not sufficient because of the diversities of the various factors triggering these diseases. Furthermore, defensive and protective measures adopted in Europe were inadequate after (...) the colonial expansion of European countries. 3) If 19th century international health politics were defensive, the aim in the 20th century was to fight infectious diseases and to eradicate them. This third phase saw the rise of international institutions. These agencies aimed at favouring better health organization in individual countries. 4) The World Health Organization was founded, the aim being to fight existing epidemics, little importance being given to 'emerging diseases'. 5) A series of new infectious diseases and the reemergence of old diseases (a consequence of major ecological changes) that were thought to be eradicated revealed the need for continuous surveillance. (shrink)

From its first proposal, the Central Dogma had a graphical form, complete with arrows of different types, and this form quickly became its standard presentation. In different scientific contexts, arrows have different meanings and in this particular case the arrows indicated the flow of information among different macromolecules. A deeper analysis illustrates that the arrows also imply a causal statement, directly connected to the causal role of genetic information. The author suggests a distinction between two different kinds of causal links, (...) defined as 'physical causality' and 'biological determination', both implied in the production of biological specificity. (shrink)