Hi, what do you want to do?
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...
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...
Getty Images
Moving across clear freshwater sample to view Spirochaeta bacteria moving around algal cells, Phase Contrast
Moving across clear freshwater sample to view Spirochaeta bacteria moving around algal cells, Phase Contrast
Getty Images
CU microscopic view of Ciliate protozoans, bacteria and rotifer, in water sample from farmyard puddle
CU microscopic view of Ciliate protozoans, bacteria and rotifer, in water sample from farmyard puddle
Getty Images
Freshwater flagellate protozoans, flagella movement visible
Freshwater flagellate protozoans, flagella movement visible
Getty Images
Freshwater flagellate protozoans, flagella movement visible
Freshwater flagellate protozoans, flagella movement visible
Getty Images
Micro organisms - copy space
Micro organisms - copy space - (microscopic view, magnification 200X)
Getty Images
Parasite : Strongeroides stercolaris
Strongeroides stercolaris : Rhabtidiform larva state in human stool under microscope 100X
Getty Images
Parasite : Strongeroides stercolaris
Strongeroides stercolaris : Rhabtidiform larva state in human stool under microscope 100X
Getty Images
Parasite : Strongeroides stercolaris
Strongeroides stercolaris : Rhabtidiform larva state in human stool under microscope 100X
Getty Images
Parasite : Strongeroides stercolaris
Strongeroides stercolaris : Rhabtidiform larva state in human stool under microscope 400X
Getty Images
Vorticella sp. are often found in clusters, each stalk is individually attached to the surface. The stalk is made up of an external sheath that contains a fluid and a spirally arranged contractile fibril called a myoneme that contracts when stimulated.
When disturbed, the vorticella contracts and the stalk thread is shortened, causing the sheath to coil tightly like a spring.Phase Contrast illumination.
Getty Images
Parasite : Strongeroides stercolaris
Strongeroides stercolaris : Rhabtidiform larva state in human stool under microscope 100X
Getty Images
Vorticella sp. are often found in clusters, each stalk is individually attached to the surface. The stalk is made up of an external sheath that contains a fluid and a spirally arranged contractile fibril called a myoneme that contracts when stimulated.
When disturbed, the vorticella contracts and the stalk thread is shortened, causing the sheath to coil tightly like a spring.Phase Contrast illumination.
Getty Images
Vorticella sp. filter feeding - though often found in clusters, each stalk is individually attached to the surface.
The stalk is made up of an external sheath that contains a fluid and a spirally arranged contractile fibril called a myoneme that contracts when stimulated. When disturbed, the vorticella contracts and the stalk thread is shortened,...
Getty Images
Vorticella sp. -though often found in clusters, each stalk is individually attached to the surface.
The stalk is made up of an external sheath that contains a fluid and a spirally arranged contractile fibril called a myoneme that contracts when stimulated. When disturbed, the vorticella contracts and the stalk thread is shortened,...
Getty Images
Micro organisms eating particle of plant
Micro organisms eating particle of plant - (microscopic view, magnification 200X)