Phylum Ciliophora are the type of protists that move by means of short hair-like projections. These hair-like projections are called cilia.
Short hairlike projections that are used for locomotion are called cilia. Cilia are normally found on unicellular organisms and not multicellular organisms.
Ciliates are protists that move by the means of many short hair-like projections, called cilia.
Phylum Ciliophora are the type of protists that move by means of short hair-like projections. These hair-like projections are called cilia.
Phylum Ciliophora are the type of protists that move by means of short hair-like projections. These hair-like projections are called cilia.
ciliates
ciliates
The protist that moves by many short hair-like projections is called a paramecium. It uses tiny hair-like structures called cilia to beat in a coordinated motion, allowing it to move and feed.
There are many types:conicplane,clynder
Flagella are long hair-like structures and Cillia are short hair-like structures. They can both help with the movement of the bacteria and cillia could stop foreign material entering the bacteria cell.
The lining of the small intestine is covered with tiny projections with many capillaries. The projections are called villi. Nutrients pass into the capillaries of the villi and then to other organs of the body.
There are many map projections so you can see all the shapes and sizes of diffrent places. Also it is to show the diffrent angles, off places.=Hope i answered you question.=There are many map projections so you can see all the shapes and sizes of diffrent pla
Paramecium - Any of various freshwater ciliate protozoans of the genus free-living, single-celled,free-living, single-celled. The paramecium has a stiff outer covering that gives it a permanent slipper shape. It swims rapidly by coordinated wavelike beats of its many cilia-short, hairlike projections of the cell. A paramecium normally moves forward in a corkscrew fashion but is capable of reversing direction when it encounters adverse conditions. This trial-and-error behavior (backing up and then continuing forward in a slightly different direction until an optimum path is found) is conspicuous when the animal is observed through a microscope.