. The biology of the protozoa. Protozoa; Protozoa. u.m. Fig. 60.—Flagellum insertion. A, Phialonema cyclostomwm; B, Chilomastix nu snili; <', the same, encysted, {u.m.) Margin of undulating membrane in cytostome. (A, Original; B, C, after Kofoid and Swezy.) of a blepharoplast, as shown by Goodey (1916) in the flagellate Prowazekia (Bodo) saltans, or by Kofoid and Swezy (1915) in Trichomonas augusta. Again, just as a centriole may be freed from its enclosing chromatoid substance in an endosome, so may the basal body be freed from the blepharoplast. In a similar way the blepharoplast may be c
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. The biology of the protozoa. Protozoa; Protozoa. u.m. Fig. 60.—Flagellum insertion. A, Phialonema cyclostomwm; B, Chilomastix nu snili; <', the same, encysted, {u.m.) Margin of undulating membrane in cytostome. (A, Original; B, C, after Kofoid and Swezy.) of a blepharoplast, as shown by Goodey (1916) in the flagellate Prowazekia (Bodo) saltans, or by Kofoid and Swezy (1915) in Trichomonas augusta. Again, just as a centriole may be freed from its enclosing chromatoid substance in an endosome, so may the basal body be freed from the blepharoplast. In a similar way the blepharoplast may be contained in an embedding chromatoid mass of a cytoplasmic kinetic element, or it may be free from such a mass. We may then have in the same cell a kinetic complex consisting of one or more basal bodies, one or more blepharoplasts, . Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Calkins, Gary N. (Gary Nathan), b. 1869. Philadelphia, Lea & Febiger