Visual Learning Systems
Exploring the Differences between Animal and Prokaryotic Cells
In this video, we explore the differences between animal cells and prokaryotic bacterial cells. This video is part of the 11-part series, Early Life.
Ancient Lights Media
Cells - Mitochondria
Cell Structure and Function Set: 4. This clip examines the function of the mitochondria in producing energy in the form of ATP from glucose during aerobic cellular respiration.
Schooling Online
Biology Cells as the Basis of Life: Cell Structure - Comparing Prokaryotic and Eukaryotic Cells
A bracelet burglar is on the loose! Sally puts on her detective hat. If she can solve the crime, maybe she’ll get a voucher to use at Tiffany & Chro. This lesson will begin our review of prokaryotic and eukaryotic cells, focusing on...
Schooling Online
Biology Cells as the Basis of Life: Cell Structure - Plant Cells Part 1
Let’s fly to Eukarytopia, the home of the eukaryotes! You can learn all about plants in the Garden of Babylon! This lesson will begin our series on eukaryotic cells. We’ll look at the structure of plant cells, focusing on components that...
Professor Dave Explains
Eukaryotic Cells Part 1: Animal Cells and Endosymbiotic Theory
Prokaryotic cells were simple enough, but eukaryotic cells are much more complex! They have so many more little features and compartments, like the deluxe model of your car. We have to learn about every single one of these organelles and...
FuseSchool
The 5 Kingdoms in Classification
The classification system organises species into domain, kingdom, phylum, class, order, family, genus and finally species. ‘Kingdom’ is the second highest rank below the rank of domain in this sequence of classification. It helps us to...
Ancient Lights Media
Biological Classification - The Four Kingdoms of Eukarya
Biological Classification Set: This clip introduces the four kingdoms of, Eukarya: Protista, Plantae, Animalia and Fungi.
Getty Images
Cells Multiplying division
Cell, Cancer Cell, Human Cell, Animal Cell, Plant Cell, Cancer - Illness, DNA, Bacterium, Mitosis, Virus, Dividing, Multiplication, Cell Division, New Life, Research, Circle, Technology, Human Egg, Blood Cell, Healthcare And Medicine,...
Getty Images
Microscopic view of Ciliates, Differential Interference Contrast
Microscopic view of Ciliates, Differential Interference Contrast
Getty Images
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Getty Images
Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres
Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres
Getty Images
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Getty Images
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Detached epithelial cells from Human tongue scrape with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 650 micrometres.
Getty Images
Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres
Detached epithelial cells from Human tongue scrape, with various types of swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 180 micrometres
Getty Images
Microscopic view of Flagellates and Euglena sp.(Euglena is classed as both an animal and an alga due to is ability to both move and photosynthesise) Differential Interference Contrast
Microscopic view of Flagellates and Euglena sp.(Euglena is classed as both an animal and an alga due to is ability to both move and photosynthesise) Differential Interference Contrast
Getty Images
Human epithelial cells from Human tongue scrape. Nomarski Differential Interference Contrast, horizontal field of view 100 micrometres.
Human epithelial cells from Human tongue scrape. Nomarski Differential Interference Contrast, horizontal field of view 100 micrometres.
Getty Images
Human tongue scrape shows epithelial cell and swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 100 micrometres.
Human tongue scrape shows epithelial cell and swimming bacteria. Nomarski Differential Interference Contrast, horizontal field of view 100 micrometres.
Getty Images
Human tongue scrape produces sloughed epithelial cells with bateria.
Human tongue scrape produces sloughed epithelial cells with bateria.
Getty Images
Human tongue bacteria from Human tongue scrape. Recorded using Phase Contrast illumination, horizontal field of view 100 micrometres.
Human tongue bacteria from Human tongue scrape. Recorded using Phase Contrast illumination, horizontal field of view 100 micrometres.
Getty Images
Human tongue bacteria from Human tongue scrape. Recorded using Phase Contrast illumination, horizontal field of view 50 micrometres.
Human tongue bacteria from Human tongue scrape. Recorded using Phase Contrast illumination, horizontal field of view 50 micrometres.