Subphylum Mastigophora and Phylum Sarcomastigophora.... Plato: B and C only
Yes, some eukaryotic cells contain flagella. These flagella are longer and less numerous than those found in prokaryotic cells, and they are involved in cell motility. Examples of eukaryotic cells with flagella include sperm cells and some types of protists.
Beating of those cost energy. So this energy is produced by mitochondria
Anisokont flagella are flagella of varying lengths on a cell, where some are longer than others. This type of flagellation pattern is commonly found in organisms such as algae and some protozoa. The differential length of the flagella allows for more precise control of movement and direction.
Some fungi have flagella, which are used for motility. Not all fungi have flagella, but those that do use them for movement in their environment. Flagella help fungi navigate through liquids and aid in their dispersal and growth.
While some autotrophs are categorized by some scientists as protozoans e.g., Euglena, most consider protozoans to be those single-celled organisms that are heterotrophic.
Flagellates have flagella, which are tails, that help them move. A flagellum is a bundled microtubule tail that propels them through liquid.
Yes, some eukaryotic cells contain flagella. These flagella are longer and less numerous than those found in prokaryotic cells, and they are involved in cell motility. Examples of eukaryotic cells with flagella include sperm cells and some types of protists.
Flagella are typically found in animal cells, such as those of humans and other animals. Plant cells do not usually have flagella; instead, they may have structures called cilia or pseudopods for movement.
Beating of those cost energy. So this energy is produced by mitochondria
Anisokont flagella are flagella of varying lengths on a cell, where some are longer than others. This type of flagellation pattern is commonly found in organisms such as algae and some protozoa. The differential length of the flagella allows for more precise control of movement and direction.
Flagella are typically not found in plant cells, as they are more common in certain types of motile cells like sperm cells in animals and some protists. However, some plant cells, such as those in certain algae, may have flagella. In these cases, the flagella are usually located at the cell's surface, aiding in movement through water. In general, plant cells rely on other mechanisms for movement and do not have flagella as a standard feature.
Yes,there are differences.Eukariyotic flagellum has 9+2 structure and membrane covered.Bacterial flagella do not have those.
Some fungi have flagella, which are used for motility. Not all fungi have flagella, but those that do use them for movement in their environment. Flagella help fungi navigate through liquids and aid in their dispersal and growth.
Flagella are the microscopic "legs" on a cell - only one-celled organisms move by those.
Yes, those that have flagella. For example sperm.
No, flagella are not viruses. Flagella are long, whip-like structures that protrude from the surface of certain cells, such as those of bacteria and some eukaryotic cells. They are used for movement. On the other hand, viruses are infectious particles that need a host cell to replicate.
Some bacteria have a whip-like tail called aflagellum. This structure is essential for locomotion, or motility.