Fluorescent image of serum starved fibroblasts created from four images stitched together. Image shows the microtubules (green) and nucleus (red). Ninth Prize, 2007 Olympus BioScapes Digital Imaging ...

Photomicrograph of a midsaggital section showing the different components of the rat cerebellum, including Purkinje neurons in green, glia (non-neuronal cells) in red, and cell nuclei in blue. This i...

Confocal image of "Brainbow" mouse cerebral cortex. In Brainbow mice, neurons randomly choose combinations of red, yellow and cyan fluorescent proteins, so that they each glow a particular color. Thi...

Confocal"Brainbow" mouse hippocampus and cerebral cortex neurons, with several fields montaged together. In Brainbow mice, neurons randomly choose combinations of red, yellow and cyan fluorescent pro...

Montage image of a brain stem from a Brainbow transgenic mouse. In Brainbow mice, neurons randomly choose combinations of red, yellow and cyan fluorescent proteins, so that they each glow a particular...

Confocal image of pastel neurons in the hippocampus of a "Brainbow" mouse brain, with each neuron expressing a distinct color. In Brainbow mice, neurons randomly choose combinations of red, yellow a...

Confocal image of an axonal rainbow of oculomotor nerve motor axons from a "Brainbow" mouse brain, with each neuron expressing a distinct color. In Brainbow mice, neurons randomly choose combination...

Digital multi-color immuno fluorescence microscopy and phase contrast image of fibroblast cells in culture stained with various antibodies. The Phase contrast (green) image was overlayed over the micr...

Confocal image of a mitotic spindle in a dividing cell. The spindle is shown in yellow and the surrounding actin cytoskeleton is in blue. Images were acquired using a 100X NA 1.4 phase objective lens...

Sensory axons (long, slender nerve fibers) covering the tail of a 3- day-old larval zebrafish. This "Brainbow" image was collected using confocal microscopy. In the Brainbow technique (Nature, 2007), ...