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A facted reconstruction of an embryo may be viewed from multiple angles in near real time
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Chemotaxing Human Neutrophil
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Chemotaxing Human T Cell
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Chemotaxing Human T-Cell Syncitia
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3D Reconstruction of a Chemotaxing Wild Type Dictyostelium Cell with pseudopods in black
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3D Reconstruction of a Wild Type Dictyostelium Cell with pseudopods in black
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3D Reconstruction of a Clathrin Minus Dictyostelium Mutant with pseudopods in black
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3D Reconstruction of a wild type Dictyostelium cell in a natural cAMP wave with the nucleus in black
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3D Reconsruction of a wild type Dictyostelium cell in a natural cAMP wave
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A faceted reconstruction of a wild type Dictyostelium cell in a Natural cAMP wave with the nucleus in red
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Optical sections through a C. elegans embryo. Region of E founder cell (red) and its nucleus (blue) have been traced using 3D-DIASemb
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A direct image reconstruction of a wild type 2 cell embryo
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A Faceted reconstruction of a wild type embryo from 2 to 8 and 8 to 32 cells. Shown at two angles
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A Faceted reconstruction of the nuclei of a wild type embryo from 2 to 8 and 8 to 28 cells. Shown at two angles
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3D C-lineage faceted reconstruction of wild type embryo
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A Faceted reconstruction of par-1 mutant embryo from 8 to 32
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A Faceted reconstruction of par-1 embryo from 8 to 32
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A facted reconstruction of two wild type embryos spanning from 2 to 28 cells
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A Faceted reconstruction of wild type nuclei, color coded to indicate periods of nuclear breakdown
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A Faceted reconstruction of wild type nuclei, color coded to reflect cell lineage
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A facted reconstruction of early gastrulation in a wild-type embryo. The gastrulating E cells are yellow. MS and P3 progeny which envelope the E cells are red. The remaining cells are green. Shown at two angles
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