This animation shows the process of clathrin-mediated endocytosis of transferrin receptors, focusing on the assembly and disassembly of the clathrin cage. A single triskelion, which is approximately 1...

Clathrin-mediated endocytosis This animation shows the process of clathrin-mediated endocytosis of transferrin receptors, focusing on the assembly and disassembly of the clathrin cage. A single tris...

Localization on the cell surface of Alexa Fluor-488-α factor (left, green in merge) and Ede1-RFP (center; red in merge). The Ede1p spots in the white boxes appear first and are then joined by α fact...

Localization of Alexa Fluor-594-α-factor-labeled endosomes (red), Abp1-GFP- (green) and Abp140-3GFP- (green) labeled endocytic vesicles. It was possible to distinguish endocytic vesicles from actin c...

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...

The endosomal compartment is enlarged in the ema[1] mutant. Colocalization between DVGLUT (red) aggregates and the endosomal ESCRT protein Hrs (green, also known as Vps27) in motoneuron cell bodies of...

Internalization of Alexa 594-a-factor. When added to cells, A594-α-factor (and A488-α-factor, data not shown) was first seen in internal endocytic compartments by 5 min. By 10 min, A594-α-factor be...

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...

Colocalization between DVGLUT (red) aggregates and the endosomal ESCRT protein Hrs (green, also known as Vps27) in motoneuron cell bodies of the ventral nerve cord of a wild-type larva. Wandering thir...