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Microbes in a drop of fresh water from a lake. Vorticella (organism) in waste water under the microscope. Freshwater bell eats plankton. UHD 4K.
Little moss piglet in big magnification is wiggling it's paws pushing the growth. The tardigrade is moving in it's life environment. Theme of the microcosmos and it's inhabitants.
Hypsibius dujardini, water bear, Bärtierchen, polarisation illumination, polarisierte Beleuchtung, Bewegung, movement, Tardigrada, tardigrades
Vorticella (organism) in waste water under the microscope.
Hypsibius dujardini, water bear, Bärtierchen, differential interference contrast, Bewegung, movement, Tardigrada, tardigrades
Motion of single-celled protozoa (Euglena) under microscope
Paramecium microbiology under the microscope. real microcope footage.
Hypsibius dujardini, water bear, Bärtierchen, darkfield illumination, Bewegung, movement, Tardigrada, tardigrades
Vorticella is a genus of bell-shaped ciliates, protozoa
Motion of single-celled animals (infusoria) under microscope. Colony of ciliates Stylonychia under the microscope in lake water.
The rotifers commonly called wheel animals or wheel animalcules, make up a phylum (Rotifera) pseudocoelomate animals under the microscope.
Stentor, sometimes called trumpet animalcules, are a genus of filter-feeding, heterotrophic ciliates, representative of the heterotrichs in waste water under the microscope.
Miracolous tardigrade! A water bear senses a drought coming and goes into suspended animation by forming a tan. 4K DIC microscopy footage 400x magnification
paramecium - microcosmos - microorganism - life in a drop of water under a microscope
Full HD. Motion of single-celled animals (infusoria) under microscope
Volvox in drop of water under the microscope for classroom education.
Volvox in drop of water under the microscope for classroom education.
Full HD. Motion of single-celled animals (infusoria) under microscope
Living Vorticella is a genus of protozoan under microscope view.
Full HD. Motion of single-celled animals (infusoria) under microscope
unicellular amoeba motion under microscope 600x
unicellular amoeba motion under microscope 600x
unicellular amoeba motion under microscope 600x
Vorticella (organism) in waste water under the microscope.
Vorticella (organism) in waste water under the microscope.
Paramecium microbiology under the microscope. real microcope footage.
A microscopic sequence showing Paramecium dividing by binary fission
Full HD. Motion of single-celled animals (infusoria) under microscope
Full HD. Motion of single-celled animals (infusoria) under microscope
 The ciliate Colpoda demonstrating its characteristic motion.  Magnification 200X
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.
Full HD. Motion of single-celled animals (infusoria) under microscope
Full HD. Motion of single-celled animals (infusoria) under microscope
Educational microscopic:Two kinds of Protozoa (Blepharisma and Oxytricha) compete for available room along with a couple of Rotifers (Lepadella).  Oblique Rheinberg illumination
A tiny microscopic  protozoan spins round & round by its cilia in a drop of pond water
The single-celled organism actively explores its habitat in search of food. An entertaining living environment under a microscope. Microcosm in a drop of water
Microscopic animal vorticella searching for food
Vorticella (organism) in waste water under the microscope.
Stentor, sometimes called trumpet animalcules, are a genus of filter-feeding, heterotrophic ciliates, representative of the heterotrichs in waste water under the microscope.
Stentor, sometimes called trumpet animalcules, are a genus of filter-feeding, heterotrophic ciliates, representative of the heterotrichs in waste water under the microscope.
Stentor, sometimes called trumpet animalcules, are a genus of filter-feeding, heterotrophic ciliates, representative of the heterotrichs in waste water under the microscope.
microscopic footage of living microorganisms amoeba in pond fresh water
microscopic footage of microorganism vorticella swim in a pond water
microscopic footage of living microorganisms amoeba in pond fresh water
microscopic footage of microorganism vorticella swim in a pond water
paramecium microbiology under the microscope. real microscope footage.
paramecium - microcosmos - microorganism - life in a drop of water under a microscope
Green bear animalcule moves its paws in water close up under a microscope. Theme of laboratory biological research tardigrade under microscope. Microscopic animal in drop of water under magnification.
pearls & fish roe.
Spathidium feeding on motile spirilla bacteria. A good view of the mouth structure of this protozoan and the swimming manner of the of bacteria on which it is feeding.  Magnification 400x
This ameba was found in a drop of water from a home aquarium.  Magnifcation 200X
live unicellular vorticella filtrating water under microscope 400x
unicellular amoeba motion under microscope 600x
Heliozoa or sun animalcule under microscope, magnif 400x
Computer generated video to simulate a red blood cells loop flowing inside vessel
Full HD. Motion of single-celled animals (infusoria) under 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
Microscopic: A browsing Paramecium faces occasional
Organism or Protozoa under the microscope view.
Vorticella (organism) in waste water under the microscope.
Vorticella (organism) in waste water under the microscope.
The Vorticella, as a group, use contractile stalks to attach themselves to stable surfaces but occasionally contracting rapidly to unknown stimuli. Here a family is shown happily feeding at 100x.
Paramecium crowding around a bubble.  Many micro organisms exhibit this bubble behavior, which may be related to a higher concentration of oxygen at a bubble interface.  Magnification 200x
The rotifier is moving in the area full of different microorganisms under microscope. Small animal is creeping in it's own life environment. Theme of small creatures existing in microcosmos
Tiny moss piglet is walking over the area with a lot of algae and bacteria. The tardigrade is visible under the microscope. It's pacing back and forth. Theme of the microcosmos and small creatures.
Moss soaked in water containing a water bear under a microscope. Theme of laboratory biological research tardigrade under microscope. Microscopic animal in drop of water under magnification.
Moss piglet is crawling over the one stick near to another under the microscope. The tardigrade is wagging it's paws and tries to move. Concept of the small creatures living in the water.
Computer generated video to simulate a red blood cells streaming and flowing inside vessel
Illuminated obliquely, a dense culture of ciliate protozoa scurry about a drop of pond water.  Magnification 400x
4k Expand circle include many little bubbles blisters triangles. 7126_4k
Living Vorticella is a genus of protozoan under microscope view.
Living Vorticella is a genus of protozoan under microscope view.
unicellular amoeba motion under microscope 600x
Biological movement red amoeba cell, swimming Amoeba cells with moving pseudopodia in water, amoeboid, ameba, unicellular organism, Proteus animalcule,  ability to alter its shape, 4k protozoa cell
Live Euglena moving under microscope view.
Full HD. Motion of single-celled protozoa (Euglena) under microscope
A drop of pond water teems with microscopic life-mostly rotifers and Paramecium
Vorticella is a genus of bell-shaped ciliates, protozoa
Vorticella is a genus of bell-shaped ciliates, protozoa
Vorticella is a genus of bell-shaped ciliates, protozoa
Full HD. Motion of single-celled animals (infusoria) under microscope
Full HD. Motion of single-celled animals (infusoria) under microscope
Microscopic: A long shot of an amoeba and then a very close shot showing pseudopod detail.  The amoeba is commonly studied by science students elementary through college
Educational Microscopic: Two Rotifers feed on motile spirillum bacteria.
A tardigrade performs a miracle and comes back to life after being desiccated! Water bears can build tans and stay in cryptobiosis, surviving sudden environmental catastrophes. 4K microscopy footage
Vorticella Under Microscope - Feeding
Microscopic scientific: Rare footage:ciliary motion & food vacuole filling at end of gullet of Paramecium.  Then the vacuole can be seen detaching & another begins fill.
pearls & fish roe.
Microscopic educational.  A group of paramecium rotate exhibiting their characteristic slipper morphology.  Darkfield illumination
Educational Microscopic view of the bouncing protozoan (Halteria sp.) being trapped next to a bubble by a solid ring of bacteria.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
3D animation of passing through the liquid with phytoplankton and microbes. Helical chain of Asterionellopsis glacialis and close-up of infusoria in the final.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
Microscopy of protozoa microorganisms in the water sample, showing ciliates, paramecium, bacteria, spirochaete and algae. Motion of single-celled animals under microscope.
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