The cortex of Paramecium behaves as a mosaic of territories expressing different
morphogenetic behavior in the course of cell division, being made up of both …

In Paramecium, the deployment of an acetylated microtubular network is restricted to a part
of the ventral cell surface, the A-paratene zone. Upon cell division, this microtubular network …

Ciliates are highly differentiated cells which display extensive deployment of microtubular
systems. Because genetic diversity of tubulin is extremely reduced in these cells …

The shape of a Paramecium is determined by the organization of its cortex which constitutes
most of the cell cytoskeleton. These structures and networks are organized in relation to the …

The pattern of cytospindle assembly and the modifications of the microtubular cytoplasmic
network during division of Paramecium are studied by means of indirect …

The sensitivity of the microtubular systems to cold and nocodazole treatments as well as the
cellular distribution of microtubules containing acetylated a‐tubulin have been studied in …

The mechanisms responsible for the movements and precise positioning of organelles
within a cell can be studied in Paramecium aurelia for two sets of organelles: the nuclei and …

The present study of the cytoskeleton of Paramecium employed a number of heterologous
monoclonal antisera raised against intermediate filament proteins of higher organisms, and …

The presence of phosphorylated proteins associated with microtubule organizing centers in
tissue culture cells during mitosis has been demonstrated by the use of monoclonal …

Stomatogenesis, during the vegetative division of Paramecium, is a complex morphogenetic
process involving massive proliferation of basal bodies and their progressive patterning to …