02676cam a22003013u 450000100060000000300070000600500170001300600020003000700050003200800410003704000110007804100170008905000070010610000340011324502300014726400510037730000470042833600260047533700260050133800360052750000310056350802190059452014400081353400450225365300160229885600430231499900170235741763UtSlPG20260610133944.0mcr n260607r2013||||utu|||||o|||||||||||||| d  aUtSlPG 7ala2iso639-1 4aQP1 aBernoulli, Daniel,d1700-178210aDissertatio inauguralis physico-medica de respiratione :bquam consensu & auctoritate gratiosissimi medicorum ordinis in universitate patria pro summis in arte medica honoribus & privilegiis doctoralibus rite consequendis.... 1aSalt Lake City, UT :bProject Gutenberg,c2013  a1 online resource :bmultiple file formats  atextbtxt2rdacontent  acomputerbc2rdamedia  aonline resourcebcr2rdacarrier  aRelease date is 2013-01-03  aProduced 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.)  a"Dissertatio inauguralis physico-medica de respiratione" by Daniel Bernoulli is a scientific publication written in the early 18th century. This treatise explores the complex mechanisms of respiration, diving into the physiological processes involved in inhalation and exhalation. Bernoulli, a notable figure in the history of science and mathematics, works to elucidate how air enters the lungs and its subsequent role in blood oxygenation and overall bodily function.  In this detailed examination, Bernoulli presents a thorough analysis of the mechanics of respiration, identifying the roles of different muscles, such as the intercostal muscles and diaphragm, in facilitating the act of breathing. He elaborates on the physiological aspects of breathing, asserting that inspiration involves the elevation of the ribs and the lowering of the diaphragm, which together expand the thoracic cavity and draw air into the lungs. Furthermore, Bernoulli tackles the significant question of whether the air inhaled is entirely expelled during exhalation, or if a portion enters the bloodstream, proposing arguments to support his conclusions about the respiratory system’s critical function for sustaining life. The work combines observations, mathematical reasoning, and anatomical knowledge, making it both a technical document and an important contribution to early respiratory physiology. (This is an automatically generated summary.)  nOriginal publication data not identified  aRespiration40uhttps://www.gutenberg.org/ebooks/41763  c82602d82602