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BCU microscopic view of two Paramecium conjugating
BCU microscopic view of two Paramecium conjugating
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CU microscopic view of Paramecium and Euglena
CU microscopic view of Paramecium and Euglena
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Vorticella sp. filter feeding: inverted bell-shaped ciliates, placed among the peritrichs. Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme.
When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and streams. Differential Interference Contrast illumination. Each inverted bell shaped cell is between 50-100 microns in...
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BCU Sargassum Moss-animals (Membranipora/Electra) on stem of Sargasso Seaweed, Bermuda
BCU Sargassum Moss-animals (Membranipora/Electra) on stem of Sargasso Seaweed, Bermuda
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Micro organisms swimming
Micro organisms swimming - (microscopic view, magnification 200X)
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Vorticella sp. filter feeding: inverted bell-shaped ciliates, placed among the peritrichs. Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme.
When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and streams. Differential Interference Contrast illumination. Each inverted bell shaped cell is between 50-100 microns in...
Getty Images
Vorticella sp. filter feeding: inverted bell-shaped ciliates, placed among the peritrichs. Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme.
When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and streams. Differential Interference Contrast illumination. Each inverted bell shaped cell is between 50-100 microns in...