spirochetes
Endoflagella are specialized structures found in certain bacteria, such as spirochetes. These flagella are located at the ends of the cell and wrap around the cell body, allowing for a corkscrew-like movement. Endoflagella contribute to the unique motility and shape of spirochete bacteria.
Bacteria is a type of prokaryotic cell
cells of bacteria are types of prokaryotic cells which contains lipopolysaccharides.
Most yougurt contains living bacteria, but not all.
Axial filaments, also known as endoflagella, are specialized structures found in some spirochete bacteria, such as Treponema and Borrelia. They are located within the periplasmic space, between the cell membrane and the outer membrane, and enable the bacteria to move in a unique corkscrew motion. This type of movement allows spirochetes to navigate through viscous environments, aiding in their mobility and infection processes. Axial filaments are essential for the characteristic motility of these microorganisms.
Endoflagella are specialized structures found in certain bacteria, such as spirochetes. These flagella are located at the ends of the cell and wrap around the cell body, allowing for a corkscrew-like movement. Endoflagella contribute to the unique motility and shape of spirochete bacteria.
---- ---- ---- ---- it contains soap bacteria ---- ---- ---- ---- ---- ---- ---- ---- ----
Bacteria is a type of prokaryotic cell
Septic tank.
The Monera Kingdom contains the true bacteria.
cells of bacteria are types of prokaryotic cells which contains lipopolysaccharides.
Most yougurt contains living bacteria, but not all.
Mucous. It contains lactoferrin which binds the iron that the bacteria needs.
Axial filaments, also known as endoflagella, are specialized structures found in some spirochete bacteria, such as Treponema and Borrelia. They are located within the periplasmic space, between the cell membrane and the outer membrane, and enable the bacteria to move in a unique corkscrew motion. This type of movement allows spirochetes to navigate through viscous environments, aiding in their mobility and infection processes. Axial filaments are essential for the characteristic motility of these microorganisms.
Vodka contains absolutely no bacteria.
yes.
No! because bacteria is its type of bacteria and no matter what it will not change!