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Raging diverse life in a drop of water under a microscope. Theme of laboratory biological research under microscope. Microscopic protozoa in a drop of water magnification. Microcosm background.
Paramecium single cell organisms in microscope bright field
Protozoa and Green Algae in waste water under the microscope.
The slime mold Physarum polycephalum grows, with focus-pull to show foreground growth.
A quivering gelatinous slime mold (Physarum polycephalum) grows across a vivid blue background.
Biological diversity of organisms in a drop of water microcosmic background. Theme of laboratory biological research under microscope. Microscopic protozoa in a drop of water magnification.
Microbes in a drop of fresh water from a lake. Vorticella (organism) in waste water under the microscope. Freshwater bell eats plankton. UHD 4K.
Pulsating plasmodium of a Physarum slime mold under the microscope. Organelles and nutrients are pushed around this massive single cell organism. This sample comes from the Philippines. 4K time lapse.
Bacteria Under The Microscope. Prokaryotic Cell animation.
Paramecium single cell organisms in microscope bright field
Vorticella (organism) in waste water under the microscope.
Ciliate Stylonychia mytilus it feeds in water populated by numerous bacteria close-up. Theme of laboratory biological research under microscope. Microscopic protozoa in a drop of water magnification.
Motion of single-celled protozoa (Euglena) under microscope
microorganism under the microscope - microcosm
Vorticella is a genus of bell-shaped ciliates, protozoa
Paramecium microbiology under the microscope. real microcope footage.
A quivering gelatinous growth wave of the slime mold Physarum polycephalum fans out in time-lapse motion.
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Motion of single-celled animals (infusoria) under microscope. Colony of ciliates Stylonychia under the microscope in lake water.
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
Living Vorticella is a genus of protozoan under microscope view.
Lepocinclis spirogyroides / Euglena spirogyra - schraubiger Augenflagellat, 100µ, culture, focus: flagellum, eyespot, large paramylon grains, chloroplasts, conspicuously spiraled pellicle – DIC
Full HD. Motion of single-celled animals (infusoria) under microscope
paramecium - microcosmos - microorganism - life in a drop of water under a microscope
Foraminifera under a microscope, class Rotaliata, possibly order Rotaliida. Protista have a mineral shell. Shows movement of pseudopodia with which she captures food
Foraminifera under a microscope, class Rotaliata, possibly order Rotaliida. Protista have a mineral shell. Shows movement of pseudopodia with which she captures food
Full HD. Motion of single-celled animals (infusoria) under microscope
Foraminifera under a microscope, class Rotaliata, possibly order Rotaliida. Protista have a mineral shell. Shows movement of pseudopodia with which she captures food
Ciliate vorticella feeds on bacteria in troubled waters. Theme of laboratory biological research under microscope. Microscopic protozoa in a drop of water under magnification. Microcosm close-up.
Foraminifera under a microscope, class Rotaliata, possibly order Rotaliida. Protista have a mineral shell. Shows movement of pseudopodia with which she captures food
Full HD. Motion of single-celled animals (infusoria) under microscope
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Gonium pectorale, Mosaikgrünalge, algae, chlorophytes, zoochlorellae, cell colonies, plankton, movement, phototactic, microscopic, darkfield, differential interference contrast
Amoeba. Explain the nutrition process in an Amoeba. Ingestion, Digestion, Absorption, Assimilation, Egestion.
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
unicellular amoeba motion under microscope 600x
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Vorticella (organism) in waste water under the microscope.
Protozoa parasite,Bacterium and Algae in waste water under the microscope.
unicellular amoeba motion under microscope 600x
unicellular amoeba motion under microscope 600x
Vorticella (organism) in waste water under the microscope.
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Protozoa single cell organisms in microscope bright field
Zoom in to ciliate microorganism
microscopic footage of microorganism vorticella swim in a pond water
microscopic footage of microorganism vorticella swim in a pond water
Vorticella infusoria Vagabond whirling waving stem. Theme of laboratory biological research under microscope. Microscopic protozoa in a drop of water under magnification. Microcosm close-up.
Full HD. Motion of single-celled animals (infusoria) under microscope
Amoebae move and feed by using pseudopods, which are bulges of cytoplasm formed by the coordinated action of actin microfilaments pushing out the plasma membrane that surrounds the cell.
Water protist (Ciliata) under the microscope
Amoeba under microscope
Paramecium microbiology under the microscope. real microcope footage.
Full HD. Motion of single-celled animals (infusoria) under microscope
Microbes in a drop of fresh water from a lake. Vorticella (organism) in waste water under the microscope. Freshwater bell eats plankton. UHD 4K.
Microbes in a drop of fresh water from a lake. Vorticella (organism) in waste water under the microscope. Freshwater bell eats plankton. UHD 4K.
infusoria protista , rotifera, paramecium, microscope
infusoria protista , rotifera, paramecium, microscope
infusoria protista , rotifera, paramecium, microscope
infusoria protista , rotifera, paramecium, microscope
Compass with a rotating arrow as a device for orientation on the ground and a symbol of travel around the world and geographic discoveries. Closeup
In the microscope, a group of protozoa united in a sphere revolve in water taken from a pond. Closeup. Macro
 The ciliate Colpoda demonstrating its characteristic motion.  Magnification 200X
Stunning microcosm. The progenitors of all life on the planet. Algae and protozoa unicellular microorganisms. Microorganism under the microscope. Drop of fresh water
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Bacteria and Protozoa in waste water under the microscope.
Full HD. Motion of single-celled animals (infusoria) under microscope
Full HD. Motion of single-celled animals (infusoria) under microscope
Euglena gracilis protists possess a unique combination of plant and animal characters, like the algae,it is photosynthetic, possessing the pigments chlorophyll a and b.It is protozoa an active swimmer
Microscopic footage of Hydra
Plankton is under water. Daphnia moyna
Stunning microcosm. The progenitors of all life on the planet. Algae and protozoa unicellular microorganisms. Microorganism under the microscope. Drop of fresh water
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
Bacteria,Protozoa and Green Algae in waste water under the microscope.
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