
audiobook
Q. D. B. V. - DISSERTATIO INAUGURALIS - PHYSICO-MEDICA - DE - RESPIRATIONE, - Quam - CONSENSU & AUCTORITATE - GRATIOSISSIMI MEDICORUM ORDINIS - In Universitate Patria - Pro Summis in Arte Medicâ - Honoribus & Privilegiis Doctoralibus - ritè consequendis, - Ad diem 2. Septembr. M D CC XXI. - L. H. Q. S. - Publico Examini subjicit - DANIEL BERNOULLI, - JOH. FIL. BASIL.
VIRO - Experientissimo atque Excellentissimo - DANIELI NEBELIO,
DISSERTATIO - DE - RESPIRATIONE
PRÆFATIO.
CAPUT I.
CAPUT II.
CAPUT III.
CAPUT IV.
Introduce the dissertation as a pioneering lecture delivered in the early eighteenth century, exploring the mechanics of breathing. The author's careful blend of anatomical observation with mathematical reasoning aims to clarify how air moves in and out of the lungs. It addresses common misconceptions and offers detailed descriptions of ribs, diaphragm, and intercostal muscles.
The listener will hear vivid explanations of inspiration and expiration, illustrated with geometric analogies like elliptical cylinders, showing how the chest cavity expands. The author also engages with contemporary debates, questioning the role of certain muscles and the shape of the diaphragm. This early scientific discussion provides a window into the transition from speculative to experimental medicine, making the treatise a fascinating glimpse into the foundations of modern physiology.
Full title
Dissertatio inauguralis physico-medica de respiratione quam consensu & auctoritate gratiosissimi medicorum ordinis in universitate patria pro summis in arte medica honoribus & privilegiis doctoralibus rite consequendis.... quam consensu & auctoritate gratiosissimi medicorum ordinis in universitate patria pro summis in arte medica honoribus & privilegiis doctoralibus rite consequendis....
Language
la
Duration
~54 minutes (52K characters)
Publisher of text edition
Project Gutenberg
Credits
Produced by Mark C. Orton, Margo von Romberg and the Online Distributed Proofreading Team at http://www.pgdp.net (This book was produced from scanned images of public domain material from the Google Print project.)
Release date
Jan 3, 2013
Rights
Public domain in the USA.
Subjects

1700–1782
A brilliant 18th-century thinker, he helped explain how fluids move and why faster flow means lower pressure. His ideas also reached into probability, medicine, and the early kinetic theory of gases.
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