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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 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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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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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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Nerve cell (neuron) illustration Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the res
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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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Muscle SEM
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Heart muscle light micrograph
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Mitosis cell division
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Immunofluorescent LM of dividing HeLa cancer cell
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Intestinal microvilli TEM
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Intestinal microvilli TEM
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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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Intestinal microvilli Coloured transmission electron micrograph (TEM) of an epithelial cell from the small intestine showing microvilli This intesti
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Heart muscle confocal light micrograph
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Heart muscle confocal light micrograph
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Heart muscle confocal light micrograph
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Heart muscle light micrograph
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Heart muscle light micrograph
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Needle and hair Coloured scanning electron micrograph (SEM) of a strand of hair (brown) and a 100 gauge suture thread (blue) made from microfilamen
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Surgical thread Coloured scanning electron micrograph (SEM) of a knot tied in surgical thread of 100 gauge thickness The thread is only 50 microns
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Surgical thread Coloured scanning electron micrograph (SEM) of a knot tied in surgical thread of 100 gauge thickness The thread is only 50 microns
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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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Surgical thread Coloured scanning electron micrograph (SEM) of a knot tied in surgical thread of 100 gauge thickness The thread is only 50 microns
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Cancer cell division
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Fluorescent light micrograph of cultured foreskin cells labelled with rhodamine which fluoresces red The circle at the centre or near centre of eac
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Fish skin cells Epifluorescence light micrograph of three keratocytes (fish epidermal cells) The nuclei which contain the cells genetic informatio
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Fish skin cells
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Fish skin cells
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Fish skin cells
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Fish skin cells Epifluorescence light micrograph of two keratocytes (fish epidermal cells) The nuclei which contain the cells genetic information
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Fish skin cells Epifluorescence light micrograph of two keratocytes (fish epidermal cells) The nuclei which contain the cells genetic information
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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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Neurofilaments in a neuroglial cell - astrocyte (mammal central nervous system) transmission electron micrograph (TEM) A neurofilament is an element
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Neuroblastoma cells fluorescence light micrograph
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a mouse model The cells are stained for ce
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a mouse model The cells are stained for ce
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a mouse model The cells are stained for ce
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Neuroblastoma cells fluorescence light micrograph
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Neuroblastoma cells fluorescence light micrograph
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells fluorescence light 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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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Cell cytoskeleton Immunofluorescent light micrograph (LM) of a cell stained to reveal its cytoskeleton Microtubules are coloured red and actin micro
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Neuroblastoma cells Fluorescence light micrograph of cells from a type of brain cancer (neuroblastoma) in a human patient The cells are stained for
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Human cardiac muscle LM Brightfield
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Neurofilaments in a neuroglial cell - astrocyte (mammal central nervous system) coloured transmission electron micrograph (TEM) A neurofilament is a
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Neurofilaments in a neuroglial cell - astrocyte (mammal central nervous system) coloured transmission electron micrograph (TEM) A neurofilament is a
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Neurofilaments in a neuroglial cell - astrocyte (mammal central nervous system) coloured transmission electron micrograph (TEM) A neurofilament is a
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Animal cell Cutaway artwork showing the inside of a typical animal cell The nucleus (large round upper centre) contains genetic material This is s
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Cell cytoskeleton Immunofluorescent light micrograph (LM) of cells stained to reveal their cytoskeleton Microtubules are coloured red and actin micr
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Animal cell illustration
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HeLa cells Light micrograph of nuclei microfilaments and membrane particles in HeLa cells HeLa cells are a continuously cultured cell line of human
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HeLa cells Light micrograph of nuclei microfilaments and membrane particles in HeLa cells HeLa cells are a continuously cultured cell line of human
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HeLa cells Light micrograph of nuclei microfilaments and membrane particles in HeLa cells HeLa cells are a continuously cultured cell line of human
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HeLa cells Light micrograph of nuclei microfilaments and membrane particles in HeLa cells HeLa cells are a continuously cultured cell line of human
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Coloued scanning electron micrograph (SEM) of a cells cytoskeleton The cytoskeleton is made up of three types of proteins; actin filaments microtub
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Coloued scanning electron micrograph (SEM) of a cells cytoskeleton The cytoskeleton is made up of three types of proteins; actin filaments microtub
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Cytoskeleton Illustration showing the main elements of the cytoskeleton the internal support and transport network found in cells The cell membrane
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Cytoskeleton Illustration showing the main elements of the cytoskeleton the internal support and transport network found in cells The cell membrane
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Ultraviolet fluorescence light micrograph of BHK (baby hampster kidney) tissue culture cells labelled with anti-tubulin to show the micro- tubular str
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Plant cell components and organelles illustration The cell wall (dark green) is lined with a plasma membrane (light green) The nucleus (blue) has a
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Plant cell components and organelles illustration The cell wall (dark green) is lined with a plasma membrane (light green) The nucleus (blue) has a
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Animal cell illustration
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Animal cell components and organelles illustration The cell is enclosed in a plasma membrane (blue) The central nucleus (blue) includes the nucleol
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Cell membrane raft coloured and inverted transmission electron micrograph (TEM) The mass at left is a detergent-resistant cell membrane raft sitting
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Cell cytoskeleton coloured and inverted transmission electron micrograph (TEM) This view shows the cytoskeleton of an epitheial cell from the human
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Cell cytoskeleton coloured and inverted transmission electron micrograph (TEM) This view shows the cytoskeleton of an epitheial cell from the human
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Structure of skeletal muscle fasciculus
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Illustration of the general structure and organization of skeletal muscle fasciculus This illustration is from Asklepios Atlas of the Human Anatomy
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Ultraviolet fluorescence light micrograph of cytoskeletons showing the distribution of an intermediate filament protein called vimentin The cells are
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Eukaryotic cell and organelles artwork At centre the nucleus (blue) contains the cells genetic information (DNA deoxyribonucleic acid) The nucl
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HeLa cells multiphoton fluorescence micrograph (MFM) The cell nuclei which contain the cells genetic information are purple Microtubules are blu
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Fibroblast cells Confocal laser scanning micrograph of dividing fibroblast cells The cell nuclei which contains the cells genetic information are
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Fibroblast cell Confocal laser scanning micrograph of a fibroblast cell The cell nucleus which contains the cells genetic information is green A
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Fibroblast cell Confocal laser scanning micrograph of a fibroblast cell The cell nucleus which contains the cells genetic information is yellow
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Fibroblast cell Confocal laser scanning micrograph of a fibroblast cell The cell nucleus which contains the cells genetic information is yellow
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Fibroblast cell Confocal laser scanning micrograph of a fibroblast cell The cell nucleus which contains the cells genetic information is blue Ac
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Fibroblast cell Confocal laser scanning micrograph of a fibroblast cell The cell nucleus which contains the cells genetic information is yellow
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Fibroblast cells Confocal laser scanning micrograph of fibroblast cells The cell nuclei which contain the cells genetic information are green Ac
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Ultraviolet Fluorescence micrograph showing the microtubular network of an animal cell made visible with fluorescent antibodies Microtubules togeth
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