Individual deep cell moving by circus movements. Fundulus heteroclitus(killifish) embryo. Images made available through Mark Cooper and Zebrafish The Living Laboratory.

Individual deep cells migrating by blebbing and lamellipodial activity in a fundulus heteroclitus (killifish) embryo. Video made available thru MarK Cooper and Zebrafish The Living Laboratory.

Video showing HIV-1–infected human macrophage sensing its environment. Images were collected on a spinning disk confocal microscope using a 100X objective. Honorable Mention, 2011 Olympus BioScapes...

An anucleate cytoplast--a piece of lamellipodium detached from its parent cell--is able to migrate autonomously, without a nucleus, Golgi Apparatus, or microtubules. Image made available thru Mark Coo...

Individual deep cell moving by circus movements. Fundulus heteroclitus(killifish) embryo injected with GFP-actin plasmid at 1-cell stage, filmed during gastrulation. Image made available through Zebra...

Individual deep cell moving by circus movements. Fundulus heteroclitus(killifish) embryo. Images made available through Mark Cooper and Zebrafish The Living Laboratory.

Confocal micrograph of cultured colon cancer cells showing the nuclei stained with DAPI in blue, the actin cytoskeleton in red and plectin (isoform 1k) in green. Plectin interacts with cytoskeletal ac...

This video shows a cytoplast in the process of forming. Early in the sequence the cytoplast is still attached by a retraction fiber to its parent cell. As the retraction fiber breaks, the cytoplast is...

Mammary epithelial MCF10A cells (immortalized normal mammary epithelial cells) transitioning from 2D to 3D collagen by grabbing and crawling on collagen-I fibers. scale bar = 50 microns. Time stamp Hr...

A more fully differentiated epidermal cell. The nucleus and nucleoli are on the left. The video shows the intracellular movements of lysosomes and mitochondria. The lysosomes are the small refractile ...