. Journal of morphology . cture of cilia, rejected it because of thedifiiculties met with in applying it to the movements of the (1905), in a discussion of the probable structure of cilia, doesnot agree with Putter and prophesies that even flagella may be fibril-lar. From the above observations it is evident that this is true, atleast, for three flagella. In these observations Putters objections tothe fibrillar theory become groundless, and the scant attention paidSchafers tube theory of ciliary structure is also justified. Although only three have been demonstrated to be fibr
. Journal of morphology . cture of cilia, rejected it because of thedifiiculties met with in applying it to the movements of the (1905), in a discussion of the probable structure of cilia, doesnot agree with Putter and prophesies that even flagella may be fibril-lar. From the above observations it is evident that this is true, atleast, for three flagella. In these observations Putters objections tothe fibrillar theory become groundless, and the scant attention paidSchafers tube theory of ciliary structure is also justified. Although only three have been demonstrated to be fibrillar, thesemake it probable that all flagella have a similar structure. The workon cilia to follow proves that they are constructed on the same gen-eral plan, though diiferent cilia vary in the number of their compo-nent fibrillae. 192 O. P. Dellinger. Structure of Cilia Demonstrated hy has long been known that the large cilia of the Hypotrichia(Fig. 6) are composed of many fine fibrils twisted together.^ In a.
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