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TED-Ed
TED-Ed: Making sense of how life fits together - Bobbi Seleski
From something as miniscule as a cell to the biosphere we all call home, living things fit together in numerous interesting ways. Bobbi Seleski catalogs biology from our body and beyond, tracking how unicellular organisms, tissues,...
Curated Video
Meiosis
A type of cell division important to produce sex cells such as eggs and sperm.
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A Twig Science
Glossary Film.
Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions....
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A Twig Science
Glossary Film.
Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions....
FuseSchool
BIOLOGY - Cells - Unicellular vs Multicellular
Did you know that some organisms exist of just one cell? These simple organisms, like amoeba, are unicellular. They depend on simple diffusion for life They are usually too small to be visible to the naked eye, like bacteria, and so we...
FuseSchool
Levels of organisation an organism
Our body is a pretty fantastic feat of engineering. But how does it work? How do all of the different components come together to keep us alive, keep us functioning and achieving our goals? In this video we are going to look at the...
Getty Images
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
Getty Images
BCU Ciliated protozoa, showing cilia and organelles
BCU Ciliated protozoa, showing cilia and organelles
Getty Images
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
Getty Images
Microscopic view of Ciliates, Differential Interference Contrast
Microscopic view of Ciliates, Differential Interference Contrast
Getty Images
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
Getty Images
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
Getty Images
Microbes float in a dirty water, loopable
Microbes float in a dirty water (microscopic view, magnification 200X), loopable
Getty Images
Volvox colony releasing daughter colony into surrounding watercomposed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
Volvox colony releasing daughter colony into surrounding watercomposed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
Getty Images
ECU microscopic view of ciliate protozoa, cilia movement
ECU microscopic view of ciliate protozoa, cilia movement
Getty Images
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Getty Images
Volvox colony with daughter colonies; composed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
Volvox colony with daughter colonies; composed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.