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Human Head Louse (Pediculus humanus capitis) macro shot of claw, that allows the louse to grip onto the hairs of their human host, False-colour scanning electron micrograph (SEM).  -  Alex Hyde
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Alex Hyde / Human Head Louse (Pediculus humanus capitis) macro shot of claw, that allows the louse to grip onto the hairs of their human host, False-colour scanning electron micrograph (SEM).
Various pollen grains from several species of UK plant. False coloured scanning electron micrograph. Digital composite.  -  Alex Hyde
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Alex Hyde / Various pollen grains from several species of UK plant. False coloured scanning electron micrograph. Digital composite.
Close up of proboscis of Fruit fly (Drosophila sp) SEM X350  -  Visuals Unlimited
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Visuals Unlimited / Close up of proboscis of Fruit fly (Drosophila sp) SEM X350
Negative stain electron micrograph of the Swine Influenza Virus. TEM X29,800  -  Visuals Unlimited
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Visuals Unlimited / Negative stain electron micrograph of the Swine Influenza Virus. TEM X29,800
Grass pollen. SEM X3800 at 4 x 4  -  Visuals Unlimited
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Visuals Unlimited / Grass pollen. SEM X3800 at 4 x 4
H1N1 Influenza Virus or Swine Flu Virus. A member of the taxonomic family Orthomyxoviridae, the influenza virus is a single-stranded RNA organism.  -  Visuals Unlimited
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Visuals Unlimited / H1N1 Influenza Virus or Swine Flu Virus. A member of the taxonomic family Orthomyxoviridae, the influenza virus is a single-stranded RNA organism.
H1N1 Influenza Virus or Swine Flu Virus. A member of the taxonomic family Orthomyxoviridae, the influenza virus is a single-stranded RNA organism.  -  Visuals Unlimited
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Visuals Unlimited / H1N1 Influenza Virus or Swine Flu Virus. A member of the taxonomic family Orthomyxoviridae, the influenza virus is a single-stranded RNA organism.
Close up of a Fruit Fly (Drosphila) compound eye. SEM X2500  -  Visuals Unlimited
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Visuals Unlimited / Close up of a Fruit Fly (Drosphila) compound eye. SEM X2500
Micrococcus Bacteria on agar. Micrococcus is a gram-positive, aerobic prokaryote that is relatively harmless to humans. It forms either pairs or, as seen here, clusters. SEM X21,000  -  Visuals Unlimited
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Visuals Unlimited / Micrococcus Bacteria on agar. Micrococcus is a gram-positive, aerobic prokaryote that is relatively harmless to humans. It forms either pairs or, as seen here, clusters. SEM X21,000
The Deer Tick (Ixodes dammini) is the vector of Lyme Disease. SEM X20  -  Visuals Unlimited
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Visuals Unlimited / The Deer Tick (Ixodes dammini) is the vector of Lyme Disease. SEM X20
Fruit Fly (Drosophila melanogaster) an important laboratory organism in genetics. SEM X75  -  Visuals Unlimited
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Visuals Unlimited / Fruit Fly (Drosophila melanogaster) an important laboratory organism in genetics. SEM X75
Compound eye and coiled proboscis of a moth (Pyralidae). Compound eyes are made up of large numbers of individual facets. The proboscis is used as a sucking and feeding organ. SEM X21  -  Visuals Unlimited
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Visuals Unlimited / Compound eye and coiled proboscis of a moth (Pyralidae). Compound eyes are made up of large numbers of individual facets. The proboscis is used as a sucking and feeding organ. SEM X21
False coloured scanning electron micrograph of head of Jumping spider {Salticidae} UK  -  Alex Hyde
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Alex Hyde / False coloured scanning electron micrograph of head of Jumping spider {Salticidae} UK
Electron micrograph of dermal denticles on skin of a Dogfish shark (Scyliorhinus sp) dead specimen  -  Alex Hyde
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Alex Hyde / Electron micrograph of dermal denticles on skin of a Dogfish shark (Scyliorhinus sp) dead specimen
SEM close-up view of sponge sclerites at 210x magnification  -  Albert Lleal
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Albert Lleal / SEM close-up view of sponge sclerites at 210x magnification
Chrysanthemum (Chrysanthemum sp) SEM close-up view of pollen at 560x magnification  -  Albert Lleal
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Albert Lleal / Chrysanthemum (Chrysanthemum sp) SEM close-up view of pollen at 560x magnification
SEM close-up view of foraminiferans, molluscs and other bryozoans found on beach in Formentera, Balearic Islands, Spain  -  Albert Lleal
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Albert Lleal / SEM close-up view of foraminiferans, molluscs and other bryozoans found on beach in Formentera, Balearic Islands, Spain
Moss Mite (Oribatidae) gnathosoma magnified 240x  -  Albert Lleal
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Albert Lleal / Moss Mite (Oribatidae) gnathosoma magnified 240x
Diatom (Amphora sp) SEM close-up view of fossil at 3500x magnification, approximately 2000 years old, found in lake near Huesca, Spain  -  Albert Lleal
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Albert Lleal / Diatom (Amphora sp) SEM close-up view of fossil at 3500x magnification, approximately 2000 years old, found in lake near Huesca, Spain
Diatom (Diadesmis contenta) group SEM close-up view at 1400x magnification  -  Albert Lleal
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Albert Lleal / Diatom (Diadesmis contenta) group SEM close-up view at 1400x magnification
SEM close-up view of a skeletal fragment of a Bryozoan colony at 35x magnification that came from a beach in Formentera, Balearic Islands, Spain  -  Albert Lleal
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Albert Lleal / SEM close-up view of a skeletal fragment of a Bryozoan colony at 35x magnification that came from a beach in Formentera, Balearic Islands, Spain
SEM close-up view of a skeletal fragment of a Bryozoan colony at 21x magnification, came from beach in Formentera, Balearic Islands, Spain  -  Albert Lleal
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Albert Lleal / SEM close-up view of a skeletal fragment of a Bryozoan colony at 21x magnification, came from beach in Formentera, Balearic Islands, Spain
Electron microscope view of bryozoan colony fragment isolated from beach sand, Formentera, Balearic Islands, Spain  -  Albert Lleal
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Albert Lleal / Electron microscope view of bryozoan colony fragment isolated from beach sand, Formentera, Balearic Islands, Spain
SEM close-up view of a moss sporangium with a spore emerging at 56x magnification  -  Albert Lleal
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Albert Lleal / SEM close-up view of a moss sporangium with a spore emerging at 56x magnification
SEM close-up view of a moss sporangium with a spore emerging at 21x magnification  -  Albert Lleal
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Albert Lleal / SEM close-up view of a moss sporangium with a spore emerging at 21x magnification
SEM close-up view of moss sporangium at 21x magnification  -  Albert Lleal
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Albert Lleal / SEM close-up view of moss sporangium at 21x magnification
Albany Bottlebrush (Callistemon speciosus) SEM close-up view of the pollen covered anther at 70x magnification  -  Albert Lleal
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Albert Lleal / Albany Bottlebrush (Callistemon speciosus) SEM close-up view of the pollen covered anther at 70x magnification
Common Nasturtium (Tropaeolum majus) SEM close-up view of pollen grains at 1050x magnification  -  Albert Lleal
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Albert Lleal / Common Nasturtium (Tropaeolum majus) SEM close-up view of pollen grains at 1050x magnification
Common Nasturtium (Tropaeolum majus) SEM close-up view of pollen grains at 700x magnification  -  Albert Lleal
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Albert Lleal / Common Nasturtium (Tropaeolum majus) SEM close-up view of pollen grains at 700x magnification
Trumpet Lily (Lilium longiflorum) SEM close-up view of pollen grains at 105x magnification  -  Albert Lleal
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Albert Lleal / Trumpet Lily (Lilium longiflorum) SEM close-up view of pollen grains at 105x magnification
Common Morning Glory (Ipomoea purpurea) SEM close-up view of pollen at 210x magnification  -  Albert Lleal
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Albert Lleal / Common Morning Glory (Ipomoea purpurea) SEM close-up view of pollen at 210x magnification
SEM close-up of a millipede at 70x magnification showing 2 pair of legs per body section, the attribute distinguishing this group from centipedes which have but a single pair of legs per section  -  Albert Lleal
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Albert Lleal / SEM close-up of a millipede at 70x magnification showing 2 pair of legs per body section, the attribute distinguishing this group from centipedes which have but a single pair of legs per section
SEM close-up of a millipede at 70x magnification showing 2 pair of legs per body section, the attribute distinguishing this group from centipedes which have but a single pair of legs per section  -  Albert Lleal
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Albert Lleal / SEM close-up of a millipede at 70x magnification showing 2 pair of legs per body section, the attribute distinguishing this group from centipedes which have but a single pair of legs per section
Broad-billed Motmot (Electron platyrhynchum) portrait, Barro Colorado Island, Panama  -  Christian Ziegler
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Christian Ziegler / Broad-billed Motmot (Electron platyrhynchum) portrait, Barro Colorado Island, Panama
Ciliate protozoa (Paramecium) undergoing fission. First the micronuclei divide and redistribute throughout the cytoplasm and then the macronucleus forms two distinct halves. SEM X78  -  Visuals Unlimited
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Visuals Unlimited / Ciliate protozoa (Paramecium) undergoing fission. First the micronuclei divide and redistribute throughout the cytoplasm and then the macronucleus forms two distinct halves. SEM X78
Protozoa (Paramecium sonneborni) showing the oral apparatus and the cilia. SEM X1500  -  Visuals Unlimited
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Visuals Unlimited / Protozoa (Paramecium sonneborni) showing the oral apparatus and the cilia. SEM X1500
Broad-billed motmot (Electron platyrhynchum) perched on branch with moth in its beak, Mashpi, Pichincha, Ecuador.  -  Lucas Bustamante
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Lucas Bustamante / Broad-billed motmot (Electron platyrhynchum) perched on branch with moth in its beak, Mashpi, Pichincha, Ecuador.
Hairs on the foot pad of a tarantula shown on false-colour scanning electron micrograph (SEM).  The hairs are finely divided and their large surface area enables the tarantula to grip smooth surfaces.  -  Alex  Hyde
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Alex Hyde / Hairs on the foot pad of a tarantula shown on false-colour scanning electron micrograph (SEM). The hairs are finely divided and their large surface area enables the tarantula to grip smooth surfaces.
Broad billed Motmot (Electron platyrhynchum) Costa Rica  -  Visuals Unlimited
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Visuals Unlimited / Broad billed Motmot (Electron platyrhynchum) Costa Rica
Broad-billed Motmot (Electron platyrhynchum) Tambopata, Peru  -  David Tipling
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David Tipling / Broad-billed Motmot (Electron platyrhynchum) Tambopata, Peru
Human hair viewed under a scanning electron microscope. The oldest part of the hair (furtherst from the scalp) will present with a rougher cuticle (outer layer) as shown here.  -  Alex Hyde
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Alex Hyde / Human hair viewed under a scanning electron microscope. The oldest part of the hair (furtherst from the scalp) will present with a rougher cuticle (outer layer) as shown here.
Cockchafer Beetle (Melolontha melolontha) male antenna detail under scanning electron microscope. The surface is studded with sensory cells (yellow) with which it can detect the pheromone signals give...  -  Alex Hyde
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Alex Hyde / Cockchafer Beetle (Melolontha melolontha) male antenna detail under scanning electron microscope. The surface is studded with sensory cells (yellow) with which it can detect the pheromone signals give...
Spores of common earthball fungus (Scleroderma citrinum), photographed using a scanning electron microscope.  -  Yves Lanceau
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Yves Lanceau / Spores of common earthball fungus (Scleroderma citrinum), photographed using a scanning electron microscope.
Spores of Paxillus involutus fungus, photographed using a scanning electron microscope.  -  Yves Lanceau
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Yves Lanceau / Spores of Paxillus involutus fungus, photographed using a scanning electron microscope.
Spores of edible chanterelle mushroom (Cantharellus cibarius), photographed using a scanning electron microscope.  -  Yves Lanceau
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Yves Lanceau / Spores of edible chanterelle mushroom (Cantharellus cibarius), photographed using a scanning electron microscope.
Spores of Death Cap fungus (Amanita phalloides), photographed using a scanning electron microscope.  -  Yves Lanceau
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Yves Lanceau / Spores of Death Cap fungus (Amanita phalloides), photographed using a scanning electron microscope.
Researcher Guido Westhoff looking at a cross section of pit organ tissue from a Coastal carpet python (Morelia spilota mcdowelli) through an electron microscope with 20,000 x magnification. Pit organs...  -  Jurgen Freund
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Jurgen Freund / Researcher Guido Westhoff looking at a cross section of pit organ tissue from a Coastal carpet python (Morelia spilota mcdowelli) through an electron microscope with 20,000 x magnification. Pit organs...
Researcher Guido Westhoff looking at a cross section of pit organ tissue from a Coastal carpet python (Morelia spilota mcdowelli) through an electron microscope with 20,000 x magnification. Pit organs...  -  Jurgen Freund
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Jurgen Freund / Researcher Guido Westhoff looking at a cross section of pit organ tissue from a Coastal carpet python (Morelia spilota mcdowelli) through an electron microscope with 20,000 x magnification. Pit organs...
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