Description
Claparede & Lachmann , 1858 by flexible podite ; left ventral ies as midventral postoral fie Id , arated from an anterior preoral may be conspicuously laterally seven genera. TO REPRESENTATIVE GENERA b 9 (i> t;? body spiny; right somatic kineties nected fragments ... Microdysteria f body usually smooth ; if not, right ineties complete ............ ...... ..... ....... 2 ith , 5 large nematodesmata; more ight ventral somatic kineties .. .. ........ . .. ....... ... ... ..... ... .... ... .. Hartmannulopsis th <6 large nematodesmata; < 1 5 <1 0) right ventral somatic kineties . ..... ...... ... ... .... ...... .. ... ................................ 3 of left unciliated ventral surface ight ventral somatic kineties , so c iIi a groove that opens to right ; left ventral ly equatorial ...... ... .. Dysteria ntral somatic kineties not so covered ; tral field as several kinetal fragments th and equator ............ .. .. .. Trochilia enus Microdysteria Kahl , 1933 body spiny ; right somatic kineties ed fragments (Fig. 29).
Type species
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Claparede & Lachmann , 1858 by flexible podite ; left ventral ies as midventral postoral fie Id , arated from an anterior preoral may be conspicuously laterally seven genera. TO REPRESENTATIVE GENERA b 9 (i> t;? body spiny; right somatic kineties nected fragments ... Microdysteria f body usually smooth ; if not, right ineties complete ............ ...... ..... ....... 2 ith , 5 large nematodesmata; more ight ventral somatic kineties .. .. ........ . .. ....... ... ... ..... ... .... ... .. Hartmannulopsis th <6 large nematodesmata; < 1 5 <1 0) right ventral somatic kineties . ..... ...... ... ... .... ...... .. ... ................................ 3 of left unciliated ventral surface ight ventral somatic kineties , so c iIi a groove that opens to right ; left ventral ly equatorial ...... ... .. Dysteria ntral somatic kineties not so covered ; tral field as several kinetal fragments th and equator ............ .. .. .. Trochilia enus Microdysteria Kahl , 1933 body spiny ; right somatic kineties ed fragments (Fig. 29).