On stertor, apoplexy, and the management of the apoplectic state . Fig. 5-—The human epiglottis and larynx at twelve months. A, front view;B, top view. Refereiaces as for previous figures. lies behind and against the epiglottis ; and the soft wallsof the nares, lined with mucus, are all in close contact, andimpermeable to air. The first reflex action has for itsobject the dilatation and opening up of these cavities byforcible separation of their respective walls; but for somemonths afterwards the palate lies near the upper surfaceof the tongue, and the uvula is capable of being broughtinto app
On stertor, apoplexy, and the management of the apoplectic state . Fig. 5-—The human epiglottis and larynx at twelve months. A, front view;B, top view. Refereiaces as for previous figures. lies behind and against the epiglottis ; and the soft wallsof the nares, lined with mucus, are all in close contact, andimpermeable to air. The first reflex action has for itsobject the dilatation and opening up of these cavities byforcible separation of their respective walls; but for somemonths afterwards the palate lies near the upper surfaceof the tongue, and the uvula is capable of being broughtinto apposition with the epiglottis. On passing from the human subject to the quadrupedal ii6 EPIGLOTTIS OF THE SUCKING PIG. mammal (pig), some important and unexpected differencesare to be noted, in the correlation of growth and therelationships of the maturating epiglottis and velumpalatinum. In the sucking pig, soon after birth, theepiglottis is to be found in the mouth, below and consider-ably anterior to the soft palate, while it does not so farencircle the laryn
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Keywords: ., bo, bookcentury1800, bookdecade1890, bookidonstertorapoplex00bowl
