On stertor, apoplexy, and the management of the apoplectic state . Fig. 8.—The velum and epiglottis of a five-months pig ; front view, nat as dv. Fig. 9.—The narial pharynx, larynx, and posterior nares of a fourteen-weekspig, seen from behind. The diverticulum retropharyngeum {dv) hasbeen opened up for its whole length. Nat. size. References as for otherfigures, vo.^ vomer (posterior edge of nasal septum). manner that half of that organ lay in the mouth and halfin the narial passage. In the fourteen-weeks specimen ii8 CHANCES IN MAMMALIA. (Fig. 9) (the relationships of
On stertor, apoplexy, and the management of the apoplectic state . Fig. 8.—The velum and epiglottis of a five-months pig ; front view, nat as dv. Fig. 9.—The narial pharynx, larynx, and posterior nares of a fourteen-weekspig, seen from behind. The diverticulum retropharyngeum {dv) hasbeen opened up for its whole length. Nat. size. References as for otherfigures, vo.^ vomer (posterior edge of nasal septum). manner that half of that organ lay in the mouth and halfin the narial passage. In the fourteen-weeks specimen ii8 CHANCES IN MAMMALIA. (Fig. 9) (the relationships of the parts of which havebecome somewhat disturbed by repeated manipulation)the relations were much the same, except that a consider-ably greater portion of the epiglottis was seen to lie in thenarial passage. It will be observed that the two last-named animals would appear to be, with respect to generalrelationships of the parts concerned (as in age), transitionalbetween the earlier and later stages here dealt with, andthe facts suggest the probability that it is within the fifthto sixth month of extra-uterine life that the pigs epiglottisfinally becomes int
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Keywords: ., bo, bookcentury1800, bookdecade1890, bookidonstertorapoplex00bowl
