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ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
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ECU TS Shot of Phase contrast videomicrography of rotifer Lepadella ovalis (Muller, 1786), these rotifers feed on bacteria and other micro organisms and Length approximately 150 micrometers / Newcastle Emlyn, Ceredigion, United Kingdom
ECU TS Shot of Phase contrast videomicrography of rotifer Lepadella ovalis (Muller, 1786), these rotifers feed on bacteria and other micro organisms and Length approximately 150 micrometers / Newcastle Emlyn, Ceredigion, United Kingdom
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ECU TS Shot of Phase contrast videomicrography of rotifer Lepadella ovalis (Muller, 1786), these rotifers feed on bacteria and other micro organisms and Length approximately 150 micrometers / Newcastle Emlyn, Ceredigion, United Kingdom
ECU TS Shot of Phase contrast videomicrography of rotifer Lepadella ovalis (Muller, 1786), these rotifers feed on bacteria and other micro organisms and Length approximately 150 micrometers / Newcastle Emlyn, Ceredigion, United Kingdom
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A 3D animation depicts the muscular and skeletal systems of dinosaurs.
A 3D animation depicts the muscular and skeletal systems of dinosaurs.
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An animation depicts the descent of an egg through a Sauroposeidon dinosaur 's reproductive system.
An animation depicts the descent of an egg through a Sauroposeidon dinosaur 's reproductive system.
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ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
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Microscopic view of Ciliates, Differential Interference Contrast
Microscopic view of Ciliates, Differential Interference Contrast
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ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
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ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
ECU T/L Shot of Amoeba is unicellular organism with constantly changing shape with moving forwards by sending out pseudopods which help it to crawl along surface and Diatoms are also moving / Newcastle Emlyn, Ceredigion, United Kingdom
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Microbes float in a dirty water, loopable
Microbes float in a dirty water (microscopic view, magnification 200X), loopable
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Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
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A Tyrannosaurus Rex and a triceratops tangle in a forest: a 3D animation depicts the skeletal and muscular systems of a Triceratops.
A Tyrannosaurus Rex and a triceratops tangle in a forest: a 3D animation depicts the skeletal and muscular systems of a Triceratops.
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A 3D animation depicts the skeletal system and armor of an Ankylosaurus.
A 3D animation depicts the skeletal system and armor of an Ankylosaurus.
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Beating heart of Water flea (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their almost transparent body makes them valuable for micrscope research.
Beating heart of Water flea (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their almost transparent body makes them valuable for micrscope research.
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Close-up of the larva (tadpole) of a glass frog hatching from its egg, 19 days after it was laid.
Glass frogs lay their eggs on leaves overhanging water, into which the newly-hatched tadpoles fall. They are named for their translucent skin, through which internal organs can be seen. Glass frogs inhabit moist tropical forests in...