Description
flag Multinucleated organism (20-165 j.Jm) (Fig. the 13A). Attached forms are funnel-shaped cells m'ba composed of several karyomastigonts ( 1 - 2 6) with forming a corona of nuclei, axostyles, and flagella at (Gra the base of the rostellum. Unattached forms lose their rostellum (Fig . 138) . Partial ultrastructural study has shown the oxymonad characters of the genus . Four species described in Bloo Kalotermitidae (Kirby, 1929; Cross, 1 946; Grasse, 1952). The genera Proboscidiella (Kofoid and Swezy, 1926) and Opisthomitus (Grasse, 1952) are probably synonyms of Brug Microrhopolodina. Ultrastructure study by Lavette (1·973); Rother et al. (1999). Brug Brug Brug Brug Clev Clev A B Cl e boukoko (after Grasse & Hollande , 1952). A. Attached form showing the anterior rostellum (r), the axostyle Cl e (a) , the nucleus (n). B. Multiflagellated cell undergoing transformations during the molt of the termite . Bar=20 !Jm . Clev
Type species
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flag Multinucleated organism (20-165 j.Jm) (Fig. the 13A). Attached forms are funnel-shaped cells m'ba composed of several karyomastigonts ( 1 - 2 6) with forming a corona of nuclei, axostyles, and flagella at (Gra the base of the rostellum. Unattached forms lose their rostellum (Fig . 138) . Partial ultrastructural study has shown the oxymonad characters of the genus . Four species described in Bloo Kalotermitidae (Kirby, 1929; Cross, 1 946; Grasse, 1952). The genera Proboscidiella (Kofoid and Swezy, 1926) and Opisthomitus (Grasse, 1952) are probably synonyms of Brug Microrhopolodina. Ultrastructure study by Lavette (1·973); Rother et al. (1999). Brug Brug Brug Brug Clev Clev A B Cl e boukoko (after Grasse & Hollande , 1952). A. Attached form showing the anterior rostellum (r), the axostyle Cl e (a) , the nucleus (n). B. Multiflagellated cell undergoing transformations during the molt of the termite . Bar=20 !Jm . Clev