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Yes, bacteria does obtain and use energy for locomotion.
By Spirochaetes, a helical bacteria which have a specialized internal structure known as the axial filament which is responsible for rotation of the cell in a spiral fashion and consequent locomotion, sort of like a corkscrew motion. Credit: MicrobiologyBytes, Bacterial Mobility
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Cocci are spherical bacteria. As such, they do not have flagella, or tails that allow other types of bacteria to move on their own. Most cocci are not capable of locomotion.
Some bacteria have flagella, which appearance resembles a long thin tail. They use this to move around. Others "squirm" and glide.
I think the answer is the flagellum
Locomotion.
flagella and cilia
Yes, bacteria does obtain and use energy for locomotion.
Bacteria can carry nutrients to different places in the body. Bacteria is able to travel directly in the body a lot faster than modern science could.
By Spirochaetes, a helical bacteria which have a specialized internal structure known as the axial filament which is responsible for rotation of the cell in a spiral fashion and consequent locomotion, sort of like a corkscrew motion. Credit: MicrobiologyBytes, Bacterial Mobility
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Cholera bacteria has got a flagellum at one pole for locomotion.
Cocci are spherical bacteria. As such, they do not have flagella, or tails that allow other types of bacteria to move on their own. Most cocci are not capable of locomotion.
Some bacteria have flagella, which appearance resembles a long thin tail. They use this to move around. Others "squirm" and glide.
We have a lot of the different types of bacteria which are required for different things and they all reproduce quickly.
carry out autotrophic nutrition