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As is typically the case in insects, the cellular layer underlying the cuticle of the body surface in Carausius morosus (Br.) comprises both epidermal cells and enocytes (Wigglesworth, 1953). In this insect a cicadan rhythm of color change occurs, reported to be associated with the movement of pigment granules within the epidermal cells (Schleip, 1911 ; Giersberg, 1928; and Janda , 1936). In the course of reinvestigation of this problem at the electron microscopic level, a highly organized and well localized complex of microtubules was frequently observed within the nucleus of the epidermal cells. The chief function of these epidermal cells is the secretion of the general body cuticle which is replaced at each molt, whereas the enocytes are believed to be responsible, at least in the hemipteran Rhodnius, for production of the lipid or lipoprotein material incorporated into the epicuticle (Wigglesworth, 1953).

A MICROTUBULAR COMPLEX IN THE EPIDERMAL NUCLEUS OF AN INSECT, CARAUSIUS MOROSUS