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Centrioles have a 9 + 0 pattern of microtubule triplets. Cilia and flagella have a 9 + 2 pattern. Kinesin is a motor molecule.
flagella and cilia
You might want to double check put i am pretty sure it is diffusion and osmosis.
1. Flagella (long hairlike projections) 2. Cilia (Tiny hairlike projections) 3. Amoeba (ameboid movement by pseudopods, which means "false foot")
1. Flagella (long hairlike projections) 2. Cilia (Tiny hairlike projections) 3. Amoeba (ameboid movement by pseudopods, which means "false foot")
Cilia and flagella are made up of microtubules.Both have same structure.In eukariyotes they have 9+2 structure.
Centrioles have a 9 + 0 pattern of microtubule triplets. Cilia and flagella have a 9 + 2 pattern. Kinesin is a motor molecule.
flagella and cilia
Cilia and Flagella
They are composed of microtubules in a "9 + 2" array, similar to centrioles but with two additional microtubules in the center.
You might want to double check put i am pretty sure it is diffusion and osmosis.
1. Flagella (long hairlike projections) 2. Cilia (Tiny hairlike projections) 3. Amoeba (ameboid movement by pseudopods, which means "false foot")
microtubules (centrosomes centrioles)centrosomes and ribosomescentrosomes and ribosomes are both needed to form both
#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")
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.
Referring to the arrangement of 9 microtubules (motor proteins flagellin & dynein) surrounding 2 microtubules in the middle. It is 9+2 arrangement