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Confocal light micrographs of mitochondria (red) in a cell extracted from the African green monkey (Cercopithecus aethiops) They are stained using a
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Confocal light micrograph of six cells that have been digitally colour-coded after each cell was stained using a fluorescent protein to show their cyt
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Confocal light micrograph of two macrophages in the precursor to skin tissue in an African clawed frog embryo (Xenopus laevis) The cells are stained
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Confocal light micrograph of a fibroblast-like cell extracted from the African green monkey (Cercopithecus aethiops) The cell is expressing a fluores
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Illustration of a kinesin (yellow) walking along a microtubule (white and grey) while carrying a vesicle (purple) as its cargo Kinesins are a type of
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Illustration of a kinesin (yellow) walking along a microtubule (white and grey) while carrying a vesicle (purple) as its cargo Kinesins are a type of
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Illustration of a kinesin (yellow) walking along a microtubule (white and grey) while carrying a vesicle (purple) as its cargo Kinesins are a type of
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Dynein-1 motor domain illustration
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Tau filaments illustration
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Cell division Fluorescent micrograph of two animal cells during cytokinesis (cell division) Cytokinesis occurs after nuclear division (mitosis) whi
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Human cell illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Human cell illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Human cell illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Neuron (nerve cell) axon anatomy illustration Neurons are responsible for passing information around the central nervous system (CNS) and from the C
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Neuron (nerve cell) axon anatomy illustration Neurons are responsible for passing information around the central nervous system (CNS) and from the C
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Illustration of filaments of tau protein Tau is an abundant neural protein that plays a role in stabilising microtubules part of the cytoskeleton i
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Illustration of filaments of tau protein Tau is an abundant neural protein that plays a role in stabilising microtubules part of the cytoskeleton i
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Mitosis light micrograph
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Interphase cell treated with Colchicine light micrograph
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False-colour tubulin immunofluorescence micrograph of tissue culture cells showing the microtubule component of the cytoskeleton the three- dimension
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Interphase cell treated with Colchicine light micrograph
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Interphase cell treated with Taxol light micrograph
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Mitosis and cytokinesis light micrograph
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Mitosis and cytokinesis light micrograph
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Mitosis light micrograph
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Cytokinesis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis (image 3 of 6) Digital three-dimensional immunofluorescent light micrograph of a section through a mammalian cell during the metaphase stage
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Mitosis light micrograph
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Paclitaxel chemotherapy drug molecular model
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Mitosis (image 2 of 6) Digital three-dimensional immunofluorescent light micrograph of a section through a mammalian cell during the early prometa- p
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Arp23 complex at branched-actin junction molecular model
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Arp23 complex at branched-actin junction molecular model
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Illustration of the inner view of tubulin-based conoid fibrils from the parasitic protozoan Toxoplasma gondii the cause of toxoplasmosis Each conoid
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Human fibroblast cells light micrograph
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Human fibroblast cells light micrograph
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Fluorescence light micrograph of a human cell in interphase of mitosis showing the tubulin component of the cytoskeleton in green and the DNA (deoxyr
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Fluorescence light micrograph of a human cell in interphase showing the tubulin component of the cytoskeleton in green the DNA (deoxyribonucleic acid
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Human cell in interphase light micrograph
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Fluorescence light micrograph of a human cell showing the nucleus in red and the tubulin component of the cytoskeleton in green The blue staining is
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Mitosis Immunofluorescence light micrograph of a cell (centre left) in metaphase during mitosis (nuclear division) During mitosis two daughter nucle
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Molecular model of the pair of microtubules that form the central apparatus of an axoneme the core of a cilium or flagellum Cilia and flagella are h
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Microtubules illustration Microtubules (green) are part of the cytoskeleton providing structure and shape to eukaryotic cells by BIOLUTION GMBHSC
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Kidney epithelial cells confocal light micrograph
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Brain cortex tissue confocal light micrograph
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Microtrabecular network illustration
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Nerve cell axon anatomy illustation
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Glial cell illustration
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Mitosis Immunofluorescent light micrograph of HeLa cancer culture cells Their nuclei are red and the microtubules of their cytoskeletons are green
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Fibroblast fluorescent micrograph
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Mitosis Digital three-dimensional immunofluoresc- ent light micrograph of a section through a rat kangaroo kidney epithelial cell during the propha-
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Mitosis Confocal light micrograph of HeLa cells during mitosis (nuclear division) Mitosis is the formation of two daughter nuclei from one parent nu
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblasts with enlarged lysosomes light micrograph
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Fibroblast fluorescent micrograph
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Mitosis Digital three-dimensional immunofluoresc- ent light micrograph of a section through a rat kangaroo kidney epithelial cell during the late pro
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Fibroblasts fluorescent micrograph
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Fibroblasts fluorescent micrograph
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Fibroblast fluorescent micrograph
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Mitosis Digital three-dimensional immunofluor- escent light micrograph of a section through a rat kangaroo kidney epithelial cell during cytokin- esi
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