They both help in the movement. Flagella can sense temperature. Perhaps you mean 3 types of cilia or flagella?
Cillia and flagella assist cells in movement. For example, sperm has flagella so it can "swim" in the female body.
Cilia are tiny hair like structures that cover a cell and help it to move, move liquid that is around it or to clean something. A flagellum is a whip-like tail, usually cells only have one, occasionally two, and help the cell to move. Cilia and flagellum are only found on animal cells and not all animal cells have them.
#4. Both cilia and flagella use the 9+2 arrangement to generate movement. The centrioles gives rise to the microtubules, then it remains below the finished array as a basal body. centriole has 9+0 arrangement starting from basal body
No, cilia and flagella are not found on every cell.Cilia can be found:1) on many organisms within the ciliate group of protists (single celled eukaryotes) eg: paramecium. These usually give the cell motility, but can also be for moving food.2) on certain cells of animals and humans, eg: respiratory epithelial cells and cells in female fallopian tubes. These serve to function the entire organism (eg: clearing mucous)3) on some plant cells, eg: within the division Cycadophyta. These are for motility of gametes.Flagella can be found:1) on many organisms within the flagellate group of protists (single celled eukaryotes) eg: euglena2) on certain cells of animals and humans, eg: sperm.3) on some bacteria species (prokaryotes) eg: SalmonellaentericaFlagella give a cell motility.
This happens after a complex cascade reaction that occurs primality in the D52 cytoplasmic region. For reasons unknown only four out of 6 cascades will make it to completion. The other two almost always kitboot-it before the 3 stage can occur.
The 4 type of animals-like protisis and how each type move or live 1. protozoans- move and feed by forming pseudopods 2.protozoans- move with cilia (like hairs with a wave-like motion) 3.protozoans- move with flagella (long whiplike) 4.protoans that are parasites- move w their hosts or move by slime, some have flagella
Cilia and flagella are organelles, made up of proteins. They are composed of microtubules. The cilia has a basal body with a 9 + 3 structure of microtubules and the body of the cilia has a ratio of 9 + 0 structure of microtubules.(The NovaNet answer is Centriole)
They have Flagellum attached to the back of them that propel them. Think of sperm cells: that little tail at the end in a flagellum.
Cilia are tiny hair like structures that cover a cell and help it to move, move liquid that is around it or to clean something. A flagellum is a whip-like tail, usually cells only have one, occasionally two, and help the cell to move. Cilia and flagellum are only found on animal cells and not all animal cells have them.
Three other means of locomotion in organisms are flagella, pseudopod, and cilia.
1. Flagella (long hairlike projections) 2. Cilia (Tiny hairlike projections) 3. Amoeba (ameboid movement by pseudopods, which means "false foot")
Yes, a paramecium uses its cilia (hairlike structures on its cell membrane) to move.
#4. Both cilia and flagella use the 9+2 arrangement to generate movement. The centrioles gives rise to the microtubules, then it remains below the finished array as a basal body. centriole has 9+0 arrangement starting from basal body
1. Flagella (long hairlike projections) 2. Cilia (Tiny hairlike projections) 3. Amoeba (ameboid movement by pseudopods, which means "false foot")
Ciliates There you go. That is the right answer. For A+ Students<3
No, cilia and flagella are not found on every cell.Cilia can be found:1) on many organisms within the ciliate group of protists (single celled eukaryotes) eg: paramecium. These usually give the cell motility, but can also be for moving food.2) on certain cells of animals and humans, eg: respiratory epithelial cells and cells in female fallopian tubes. These serve to function the entire organism (eg: clearing mucous)3) on some plant cells, eg: within the division Cycadophyta. These are for motility of gametes.Flagella can be found:1) on many organisms within the flagellate group of protists (single celled eukaryotes) eg: euglena2) on certain cells of animals and humans, eg: sperm.3) on some bacteria species (prokaryotes) eg: SalmonellaentericaFlagella give a cell motility.
1) Zooflagellates swim with flagella 2) Sarcodines move by extensions of their cytoplasm 3) Ciliates move by means of cilia 4) Sporozoans do not move on their own at all.
111212122121121221