a cytoskeleton
Short, hair like appendages help in fastening to mucous membranes. These numerous appendages are called fimbriae. Cilia are another short, hair like appendage that extends from living cell surfaces.
Cell appendages, such as cilia and flagella, are often used for cell movement. They help cells to swim through fluids or move substances across their surfaces. Additionally, some cell appendages, like pili, can facilitate the transfer of genetic material between bacterial cells.
Cilia help to move substances across the surface of a cell. They can either help propel fluids over the cell's surface, as in the respiratory tract, or help move the cell itself, as in the case of sperm cells. They also play a role in sensory functions in some cells.
Salmonella typhimurium does have a flagella, well actual multiple flagellums. A flagella is a whip like appendage on a cell to help it move and sense its surroundings.
cytoskeleton
Cilia are many short hair-like structures on the surface of a cell that help move the cell or move substances past the cell. They can be found in various types of cells, including those lining the respiratory tract to help sweep mucus and foreign particles out of the lungs.
Animal cells have a lysosomes that are not present and cilia that are rarely seen in plant cells. The lysosomes are the recycling and disposal site in the animal cell. The cilia help the cell move.
Yes, flagella is like a tail at the end of the cell that helps the cell move.
The flagellum is a whip-like appendage that helps cells, such as bacteria and sperm cells, move. It propels the cell through fluid environments by rotating and generating propulsion force. Additionally, it can also be used for sensory functions in some organisms.
To help simple organisms move. They act like legs
The centrosome splits (divides) the two parts (of cells) ,and move two the opposite sides of the divided cells.
The cilia does a number of things in the animal cell. The main function is to help the cells in terms of movement.