This EM features the striated bands that link the membranes under the surface depressions of the cortex. The bands insert into the epiplasm, and in this case, they separate to pass around the parasoma...

A High resolution micrograph of tetrahymena showing a transverse ribbon starting from the anterior right side of the proximal end of a basal body (out of section plane) and crossing under the pellicle...

A high resolution, longitudinal section through one toxicyst and one bundle of microtubules (nematodesma) of the oral area of Didinium involved in the killing and ingesting of large prey. Didinium spe...

An image that shows the extensive layer of cortical microtubules which lie under the pellicle and many other microtubules and mitochondria that form a mass in the cytosol. Standard glutaraldehyde fixa...

Localization of Alexa Fluor-594-α factor labeled endosomes (red) and Sla1-GFP labeled endocytic vesicles (green). Note that several vesicles are targeted to the prominent endosome in the (upper) moth...

Localization of Alexa Fluor-594-α-factor-labeled endosomes (center; red in merge) and Abp140-3GFP (left; green in merge). Abp140p binds F-actin and localizes to actin patches and cables. Endosome mov...

Localization of Abp1-RFP (red; left) and Abp140-3GFP (green; center). By expressing Abp1-mRFP and Abp140–3GFP to visualize endocytic vesicles and actin cables respectively, we observed that approxim...

High resolution image of microtubules that sometimes extend deep into the cytosol from the basal bodies. They serve to guide the trichocysts to their docking sites at the plasma membrane (see Plattner...

Localization on the cell surface of Alexa Fluor-488-α factor (left, green in merge) and Abp1-RFP (center; red in merge). Within each box, α-factor spots first appear and are subsequently joined by A...

Localization of Alexa Fluor-594-α factor labeled endosomes (red; center) and Abp1-GFP labeled endocytic patches (green; left) in an arp3-D11A cell. Although the patches do not move off the plasma mem...