Plasma membrane structure Stock Videos
2XB72FH–USA - 1988 - Bubbles exemplify the fatty membrane belonging to cells' plasma membrane.
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2XB72C2–USA - 1988 - Animation is used to depict how a cell's ion pumps regulate active transport through the plasma membrane.
1:12
2XB72C5–USA - 1988 - Membrane ghosts are created when distilled water molecules are introduced to blood cells.
1:00
2W82NR1–Components of an eukaryotic cell, nucleus and organelles and plasma membrane - 3d illustration
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2XB72FE–USA - 1988 - Plasma membranes in cells help direct traffic between particles and water molecules.
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3DM8C0D–3d animation of prokaryotic cell showing plasma membrane, cytoplasm, ribosomes, and genetic material
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2W6HRAK–Seamless loop of the components of an eukaryotic cell, nucleus and organelles and plasma membrane - 3d illustration
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2XB72CY–USA - 1988 - The principle of osmosis is introduced with a dye experiment and selectively permeable cell membranes.
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2TJJYR3–Seamless rotation of the components of an eukaryotic cell, nucleus and organelles and plasma membrane including alpha channel
1:00
2XB72H2–USA - 1988 - Animation is used to depict the process of facilitated diffusion in a cell.
1:00
2W6BAC3–Membrane structure surrounding the meninges, brain and spinal cord (central nervous system).
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3C89YH6–3D animation of bacterial structure, showcasing the cell wall, membrane, and internal components.
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3C89YKD–3D animation depicting the structure of bacteria, including cell wall, membrane, and flagella.
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2XB72FJ–USA - 1988 - Osmosis allows for the movement of soil water into plants' root cells, and drinking water into humans' bloodstreams.
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3C89YH5–3D animation of bacterial structure, illustrating the cell wall, membrane, cytoplasm, and flagella.
0:10
2TPCC6P–Ligand, cell membrane, nuclear membrane, intracellular receptor DNA, drugs targeting receptors and DNA transcription in the cell nucleus, 2d animation, video
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2XB72ET–USA - 1988 - The process of active transport breaks down nutrients into energy for single cell organisms and animals.
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2XB72CT–USA - 1988 - Scientific experiments show how osmosis can cause a decrease in a cell's water content.
1:11
2XB73D4–USA - 1989 - Animation and time-lapse photography are used to show the beginning stages of mitosis.
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2XB73DW–USA - 1989 - Different nucleus configurations exist in plants, animals and single-cell organisms.
1:15
2TGFAH9–Phagocytosis. Neutrophe that uses its plasma membrane to engulf bacteria. From endocytosis to exocytosis. educational program. Digestion process in phagocytes. immune system mechanism. 3d render
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2XB73E7–USA - 1989 - Dye is used to distinguish the nucleus within cells, and it is discovered that cells can live for a time with the nucleus extracted.
0:53
2TJY5WB–Phagocytosis. Neutrophe that uses its plasma membrane to engulf bacteria. From endocytosis to exocytosis. educational program. Digestion process in phagocytes. immune system mechanism. 3d render
0:14
2TKB6E8–Phagocytosis. Neutrophe that uses its plasma membrane to engulf bacteria. From endocytosis to exocytosis. educational program. Digestion process in phagocytes. immune system mechanism. 3d render
0:16
2XB73D0–USA - 1989 - Animation and time-lapse photography are used to show the process of mitosis.
0:45
2TKGY4R–Phagocytosis. Neutrophe that uses its plasma membrane to engulf bacteria. From endocytosis to exocytosis. educational program. Digestion process in phagocytes. immune system mechanism. 3d render
0:10
2YKGKTC–The cell membrane regulates the movement of substances in and out of the cell, maintaining homeostasis.
0:41
3DM8877–3d animation of diffusion membrane in human lungs showing alveoli and capillary gas exchange
0:25
2TYTN63–Molecule passing through a protein channel at a lipid bilayer cell membrane. Cell transport, 3D animation.
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2YKGKPD–The cell membrane protects the cell, controls substance movement, and supports cell communication.
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2XB73DB–USA - 1989 - A mouse tends to her babies while the narrator explains how different animals have different cell makeup.
1:00
2W2XY36–Molecule passing through a protein channel and virus passing through a lipid bilayer cell membrane. Cell transport, 3D animation.
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2W5A7BH–concept of study under a microscope, microbiology, life under a microscope, fluid, lymph, plasma
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2W2PKGB–concept of study under a microscope, microbiology, life under a microscope, fluid, lymph, plasma, cells.
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3C89YG5–3D animation comparing the structure of Gram-positive and Gram-negative bacteria, highlighting cell walls.
0:20
2Y4A9F3–Colorful 3d rendering digital seamless loop animation of a vibrant and ever-changing organic structure. 4K, Ultra HD resolution
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3C89YD8–3D animation comparing the structure of Gram-positive and Gram-negative bacteria, focusing on their cell walls.
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3C89YE9–3D animation of Monococcus bacteria, showing its spherical shape and single-cell structure under a microscope.
0:10
3E6W156–3d animation of inner structure of a cell showing nucleus, mitochondria, endoplasmic reticulum, and organelles
0:18
2TME95H–Exocytosis. cell transports molecules (neurotransmitters and proteins) out of the cell
0:11
2TY526Y–artery shown with a cut out section, Contraction of blood vessels, a blood clot in the vessels, fat cell in the blood, inside the blood vessel, High quality 3d render of blood cells, cholesterol in a blood, liver cells, liver disease, liver structure
0:09
2YKGKNB–Animal cells contain organelles like the nucleus, mitochondria, and lysosomes for various functions.
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