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Protozoa which move by mean of a whiplike organ?
Protozoa that move by means of a whiplike organ called a flagellum are known as flagellates. The flagellum propels the organism through its environment by waving back and forth, allowing it to swim and navigate through water. Flagellates can be found in a variety of environments, including freshwater, marine, and soil habitats.
What is whiplike structures?
Flagella
What protist move by means of a whip-like tail?
flagellates
What is the whiplike tail on a pseudopod?
It is called the Flagellum :D Flagellum- a long whiplike outgrowth from a cell that acts as an organ.
What organelle is whiplike in structure?
Flagella are the organelles in cells that are whiplike in structure. They are responsible for providing motility to certain cells, such as sperm cells in animals and algae cells in plants.
Is a whiplike structure that helps a bacteria cell move?
Flagellum.
What is a whiplike appendage?
A whiplike appendage is a long, slender extension resembling a whip found on certain organisms, such as flagellated bacteria or some protozoa. It is used for propulsion or movement through a fluid medium.
What cell has longer projections that move with a whiplike motion?
Sperm cells have longer projections called flagella that allow them to move with a whiplike motion, aiding in their mobility and ability to reach the egg for fertilization.
What has a whiplike tail and a head that is almost all nucleus?
A sperm cell has a whiplike tail (flagellum) which helps it swim towards the egg, and a head that is mostly filled with a nucleus containing genetic material.
Do bacterias have whiplike tails?
Some bacteria have a tail called a flagellum, but many do not.
What is the name of a large flat fish with whiplike tail with a venomous spine?
it could be either a mantaray or a stingray.
Whiplike cellular extensions that move substances along the cell surface are called?
Cilia are whiplike cellular extensions that move substances along the cell surface. They are found in various cell types and are important for processes such as maintaining airway clearance and moving fluids in the body.
