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Chapter 3 - Aristotle’s Biology and Early Medicine

Published online by Cambridge University Press:  14 May 2021

Sophia M. Connell
Affiliation:
Birkbeck College, University of London
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Summary

In this chapter I introduce the thesis that Aristotle’s biology was considerably influenced by medical tradition as represented by the so-called Hippocratic writings. I start with a brief discussion of the history of the debate and the state of investigation and introduce the main advocates as well as opponents of the thesis. I then focus on Aristotle’s remarks on distinguished physicians and the relationship between medicine and natural philosophy in Parva Naturalia. With the help of selected passages from the Hippocratic On Regimen, On Flesh and On Ancient Medicine I make the case that Aristotle reflects upon a specific medical debate on the first principles of human (and animal) physiology and clarifies his own position in it, namely that he takes sides with those physicians who practice their discipline “in a more philosophical manner” and who employ heat, cold, and other such qualities as the starting points of their physiological explanations.

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Publisher: Cambridge University Press
Print publication year: 2021

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References

Guide to Further Reading

Craik, E. 2015. The “Hippocratic” Corpus: Content and Context (Abingdon: Routledge).Google Scholar
Jouanna, J. 1999. Hippocrates. Translated by M. B. Debevoise (Baltimore, MD: Johns Hopkins University Press).Google Scholar
Pormann, P. E. 2018. The Cambridge Companion to Hippocrates (Cambridge University Press).Google Scholar
Byl, S. 1980. Recherches sur les grands traités biologiques d’Aristote (Bruxelles: Palais Des Académies).Google Scholar
Oser-Grote, C. 2004. Aristoteles und das Corpus Hippocraticum. Die Anatomie und Physiologie des Menschen (Stuttgart: Steiner).Google Scholar
Althoff, J. 1999. “Aristoteles als Medizindoxograph,” in van der Eijk, P. (ed.), Ancient Histories of Medicine. Essays in Medical Doxography and Historiography in Classical Antiquity (Leiden: Brill), 5794.Google Scholar
Bartoš, H. 2010. “Aristotle and his Hippocratic Precursors on Health and Natural Teleology,” Rhizai 7: 727.Google Scholar
Bartoš, H. 2014. “Aristotle and the Hippocratic De Victu on Innate Heat and the Kindled Soul,” Ancient Philosophy 34: 127.Google Scholar
Bartoš, H. 2015. Philosophy and Dietetics in the Hippocratic On Regimen: A Delicate Balance of Health (Leiden: Brill).CrossRefGoogle ScholarPubMed
Bartoš, H. 2020. “Heat, Pneuma and Soul in the Medical Tradition,” in Bartoš, H. and King, C. G. (eds.), Heat, Pneuma, and Soul in Ancient Philosophy And Science (Cambridge University Press), 2131.Google Scholar
Bartoš, H. 2021. “Aristotle and His Medical Precursors on Digestion and Nutrition,” in Lo Presti, R. and Korobili, G. (eds.), Nutrition and Nutritive Soul in Aristotle and Aristotelianism (Berlin: De Gruyter).Google Scholar
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Coles, A. 1995. “Biomedical Models of Reproduction in the Fifth Century BC and Aristotle’s Generation of Animals,” Phronesis 40: 4888.CrossRefGoogle Scholar
Connell, S. M. 2016. Aristotle on Female Animals: A Study of the Generation of Animals (Cambridge University Press).Google Scholar
Craik, E. 2017. “Teleology in Hippocratic Texts: Clues to the Future?” in J. Rocca (ed.) Teleology in the Ancient World. Philosophical and Medical Approaches (Cambridge University Press), 203–216.Google Scholar
Johnson, M. 2012. “The Medical Background of Aristotle’s Theory of Nature and Spontaneity,” Proceedings of the Boston Area Colloquium in Ancient Philosophy 27: 105152.Google Scholar
Lloyd, G. E. R. 1979. Magic, Reason and Experience. Studies in the Origin and Development of Greek Science (Cambridge University Press).Google Scholar
Lloyd, G. E. R. 1983a. Science, Folklore, and Ideology: Studies in the Life Sciences in Ancient Greece (Cambridge University Press).Google Scholar
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McGowan Tress, D. 1999. “Aristotle Against the Hippocratics on Sexual Generation: A reply to Coles,” Phronesis 44: 228241.CrossRefGoogle Scholar
Mihai, C. I. 2016. “Competing Arts: Medicine and Philosophy in Aristotle’s Protrepticus,” Hermeneia 17: 8796.Google Scholar
Popa, T. 2014. “Observing the Invisible Regimen I on Elemental Powers and Higher Order Dispositions,” British Journal for the History of Philosophy 22: 120.CrossRefGoogle Scholar
Thomas, O. 2015. “Creating Problemata with the Hippocratic Corpus,” in Mayhew, R. (ed.), The Aristotelian Problemata Physica. Philosophical and Scientific Investigations (Leiden: Brill), 7999.Google Scholar
Tracy, T. 1969. Physiological Theory and the Doctrine of the Mean in Plato and Aristotle (Chicago, IL: Loyola University Press).Google Scholar
van der Eijk, P. 2005. Medicine and Philosophy in Classical Antiquity. Doctors and Philosophers on Nature, Soul, Health and Disease (Cambridge University Press).Google Scholar
van der Eijk, P. 2007b. “Les mouvements de la matière dans la génération des animaux selon Aristote,” in Boudon-Millot, V., Guardasole, A., and Magdelaine, C. (eds.), La Science médicale antique: Nouveaux regards (Paris: Beauchesne), 405424.Google Scholar
van der Eijk, P. 2012. “Hippocrate Aristotélicien,” Comptes rendus de L’Académie des Inscriptions et Belles Lettres 4: 15011522.Google Scholar
Wilkins, J. 2015. “Food and Health in Problemata 21–22: Cooking (pepsis) in the Kitchen and ‘Cooking’ (pepsis) in the Body,” in Mayhew, R. (ed.), The Aristotelian Problemata Physica. Philosophical and Scientific Investigations (Leiden: Brill), 255271.CrossRefGoogle Scholar

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