cilia in vorticella is usually concetrated around the mouth end of the organism. when vorticella is motile, temporarily, cilia will form around its body and when it is anchord it disappears. cila creates water current to direct food towards its mouth
To move the animal
penissess
A stentor moves by beating the cilia that cover its body. A stentor waves the cilia around its mouth and sweeps in food. When a stentor gets too large, it divides in half. Sizes are 1 to 2 mm (one of the largest protists). (eduplace.com)
Stentors are one-celled protozoans. A stentor can retract its body into a ball to hide. Look for a blue-green ball or a trumpet shape. A stentor moves by beating the cilia that cover its body. A stentor waves the cilia around its mouth and sweep in food. When a stentor gets too large, it divides in half. Size 1 to 2 mm (one of the largest protists) (eduplace.com)
Phylum Ciliophora is a large and diverse group which includes complex protozoans, such as paramecium, Stentor, spirostomum and vorticella. Their locomotion is by cilia, and all forms are multinucleate.
Bacteria do not have cilia. They have fimbriae and flagella.
Cilia wave about in particular manner to perform some particular function. For example the cilia in your respiratory tract push the foreign particles outwards. Cilia push the egg towards the uterus.
Cilia
A stentor moves by beating the cilia that cover its body. A stentor waves the cilia around its mouth and sweeps in food. When a stentor gets too large, it divides in half. Sizes are 1 to 2 mm (one of the largest protists). (eduplace.com)
Stentors are one-celled protozoans. A stentor can retract its body into a ball to hide. Look for a blue-green ball or a trumpet shape. A stentor moves by beating the cilia that cover its body. A stentor waves the cilia around its mouth and sweep in food. When a stentor gets too large, it divides in half. Size 1 to 2 mm (one of the largest protists) (eduplace.com)
Stentors move by beating tiny hair-like structures called cilia that cover their body in a coordinated wave-like motion. This motion helps them to propel themselves through the water efficiently.
Check the website http://www.microscope-microscope.org/applications/pond-critters/pond-critters.htm Stentor have and use their cilia to propel themselves.
Phylum Ciliophora is a large and diverse group which includes complex protozoans, such as paramecium, Stentor, spirostomum and vorticella. Their locomotion is by cilia, and all forms are multinucleate.
Bacteria do not have cilia. They have fimbriae and flagella.
Cilia are present all over the bronchial tree. Cilia propel the foreign particles out wards.
Phylum Ciliophora is a large and diverse group which includes complex protozoans, such as paramecium, Stentor, spirostomum and vorticella. Their locomotion is by cilia, and all forms are multinucleate.
They are mobile protozoans, which swim around by using their cilia. When they are swimming they do not retain their trumpet shape, but look more like a whole kiwi.
cilia that surrounds the paramecium serves as their mode of movementn.
the cilia draws water into the mantle cavity