The fundamental research question in this dissertation is what the image of man - in the broadest sense of the word - entails within the classical and modern enlightenment points of view. This... Show moreThe fundamental research question in this dissertation is what the image of man - in the broadest sense of the word - entails within the classical and modern enlightenment points of view. This overarching question is considered with regard to the notions of man maintained by the ancients and moderns, with regard to their visions of society, and with regard to the worldview these theories entail. We also evaluate which of the two paradigms is the more convincing upon scrutiny. We have answered such questions by distilling the ideas of the classical philosopher Aristotle -and some ontological ideas from his teacher, Plato- on the one hand, and from the modern intellectual giant, Thomas Hobbes, on the other hand. This is premised on the belief that the essential features of the classical and modern idealtype are to be found within their thought and works.In order to answer our central question, we had to look into the values which underly each vision of man. After all, values are the ideas that motivate our actions as individuals and as a community. We found that the classical vision is guided by the value of Virtue/Duty, Hierarchy and the pursuit of Community in a world permeated with objective values, whilst the modern conception embraces Freedom, Equality and Individuality in a world that is set free of objective values. Show less
Risk prediction is one of the central goals of medicine. However, ultimate prediction-perfectly predicting whether individuals will actually get a disease-is still out of reach for virtually all... Show moreRisk prediction is one of the central goals of medicine. However, ultimate prediction-perfectly predicting whether individuals will actually get a disease-is still out of reach for virtually all conditions. One crucial assumption of ultimate personalized prediction is that individual risks in the relevant sense exist. In the present paper we argue that perfect prediction at the individual level will fail-and we will do so by providing pragmatic, epistemic, conceptual, and ontological arguments. Show less
Many studies in developmental biology rely on the construction and analysis of models. This research presents a broad view of modelling approaches for developmental biology, with a focus on... Show moreMany studies in developmental biology rely on the construction and analysis of models. This research presents a broad view of modelling approaches for developmental biology, with a focus on computational methods. An overview of modelling techniques is given, followed by several case studies. Using 3D reconstructions, the heart development of the turtle is examined, with special attention to heart looping and the development of the outflow tract. Subsequently, an ontology system is presented in which anatomical, developmental and physiological information on the vertebrate heart is modelled. Finally, two Petri net models are discussed, which model the developmental process of gradient formation, both in a qualitative and quantitative manner. Show less
Bio-informatica kan omschreven worden als het toepassen van algoritmen om meerwaarde te verkrijgen uit data afkomstig van biomedisch en/of biologisch onderzoek. In bio-informatica wordt onderzoek... Show moreBio-informatica kan omschreven worden als het toepassen van algoritmen om meerwaarde te verkrijgen uit data afkomstig van biomedisch en/of biologisch onderzoek. In bio-informatica wordt onderzoek gedaan met grote gegevens verzamelingen die afkomstig zijn uit biomedisch en/of biologisch experimenten. Het doel van dit onderzoek is komen tot nieuwe inzichten vanuit de gegevens verzameling. Deze inzichten komen tot stand door de goede organisatie van de data, het linken naar en integreren met complementaire gegevens verzamelingen en ontwikkelen en toepassen van analytische methodieken. Als bio-informatica groep onderzoeken wij het inrichten en ontwikkelen van een 3D spatio-temporele data omgeving voor ontwikkelingsstudies van het zebravis model organisme. De expressie van genen in spatio-temporale patronen vormt de basis van het ontwikkelingsproces. Voor onderzoekers is een begrip van deze patronen in sam enhang met de anatomische ontwikkeling belangrijk; hoe vormen de patronen de basis voor vorm verandering en welke genen kunnen bij dergelijke veranderende patronen betrokken zijn. In deze context hebben wij een omgeving ontwikkeld voor spatio-temporele gegevens uit embryonische studies van het zebravis modelsysteem. Show less
