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Palindromic
The opposite location of "in front" would be "out back" (behind). The opposite of being "in front" (in the lead) would be "in the rear" (trailing).
30
Yes
6 faces, 12 edges and 8 vertices.
Since the flagella drive the cell, they would be found on the rear.
Since the flagella drive the cell, they would be found on the rear.
The flagellum whips back and forth and propels the Euglena. Imagine the flagellum to be something like a flag and it just keeps waving allowing the organism to move. Or, you can also imagine the way butterfly stroke is performed in swimming. The flagellum moves in that way and propels the Euglena.
Euglena move using a long whip-like structure called a flagellum. By whipping its flagellum back and forth, Euglena can propel itself through the water in a corkscrew motion. This movement allows Euglena to navigate towards light sources for photosynthesis and escape from predators.
Flagella is located as the 'tail' part of most cells, and this enables movement throughout the cell and body. For example, a sperm cell has flagella to make the cell move quickly for fertilization.
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The role of a flagella in a bacterial cell is motility. Through the back and forth movements of the flagella bacteria can propel themselves through their environment. The flagella also help bacteria undergo chemotaxis, the ability to move away from some stimuli and move towards others.
Swelling could indicate an injury. See your vet.
Low speeds indicate shifted belts in the tires. If it also pulls to one side, try rotating that side front to back.
Cilia are shorter and more numerous than flagella. Flagella typically have a whip-like motion, while cilia have a coordinated back-and-forth movement. Functionally, cilia are involved in moving substances along the cell surface, while flagella are used for cell propulsion.
Well the flagella works as a propeller to help the cells move. However plant cells dont actually have flagella or cilia because they dont need to move. Some plants (bryophytes?) have motile sperm that have flagella. Also, only prokaryotic flagella work like propellers. Eukaryotic flagella whip back and forth rather than rotating.
No, Plasmodium falciparum, the parasite that causes malaria, does not have flagella. It has a specialized organelle called the apical complex, which helps it invade host cells.