k Confocal LM of sea urchin egg telophase division Egg cell division third of 4 images. Confocal light micrograph of the telophase stage of cell division in a sea urchin egg. Microtubules are concentrated in two cell regions yellow, left and right where the nuclei are forming. In telophase, chromosomes have separated and a nuclear membrane forms around each chromosome group. Microtubules red help in movement of the chromosomes as well as forming the cytoskeleton of the cell. Once the egg has divided into daughter cells an embryo develops. In confocal microscopy a fluorescent dye in the specimen is excited by laser light. See photos P673047, P673049, P673051 in this sequence. Magnification x450 at 6x7cm size. Stock Photo - Afloimages
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Confocal LM of sea urchin egg: telophase division Egg cell division third of 4 images . Confocal light micrograph of the telophase stage of cell division in a sea urchin egg. Microtubules are concentrated in two cell regions yellow, left and right where the nuclei are forming. In telophase, chromosomes have separated and a nuclear membrane forms around each chromosome group. Microtubules red help in movement of the chromosomes as well as forming the cytoskeleton of the cell. Once the egg has divided into daughter cells an embryo develops. In confocal microscopy a fluorescent dye in the specimen is excited by laser light. See photo s P673 047, P673 049, P673 051 in this sequence. Magnification: x450 at 6x7cm size.
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Confocal LM of sea urchin egg: telophase division

Egg cell division (third of 4 images). Confocal light micrograph of the telophase stage of cell division in a sea urchin egg. Microtubules are concentrated in two cell regions (yellow, left and right) where the nuclei are forming. In telophase, chromosomes have separated and a nuclear membrane forms around each chromosome group. Microtubules (red) help in movement of the chromosomes as well as forming the cytoskeleton of the cell. Once the egg has divided into daughter cells an embryo develops. In confocal microscopy a fluorescent dye in the specimen is excited by laser light. See photo's P673/047, P673/049, P673/051 in this sequence. Magnification: x450 at 6x7cm size.

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