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Small groups of unicellular algae float in liquid under a microscope. Research in a biological laboratory. 1000x magnification.
Dried unicellular algae on a slide under a microscope. Research of biochemical processes of the world ocean. Building a forecast of planetary climate change
rotifer Floscularia ringens filters water by rotating its cilia, under a microscope filters water by rotating its cilia, under a microscope
Closep-up on colony of unicellular green algae Mermaid's wine-glass or Mermaid's cup (Acetabularia acetabulum) Slow motion, Movement forward. Adriatic Sea, Montenegro, Europe
Microscopy of protozoa microorganisms in the water, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) under microscope.
Frontonia sp. is a genus of free-living unicellular ciliate protists under the microscope.
Frontonia sp. is a genus of free-living unicellular ciliate protists under the microscope.
Microscopy of protozoa microorganisms in the water, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) under microscope.
Microscopy of protozoa microorganisms in the water, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) under microscope.
Microscopy of protozoa microorganisms in the water, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) 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, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) 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, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) under microscope.
Microscopy of protozoa microorganisms in the water, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) 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, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) 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, showing ciliates, paramecium, bacteria spirochaete and algae. Motion of single-celled animals (infusoria) under microscope.