they move by swinging their body up and down
Bacteria do not possess true locomotory organs like animals. Instead, they use various methods to move. Some bacteria have flagella, which are whip-like appendages that rotate to propel the bacteria through their surroundings. Others move by using a process called gliding, where they secrete a slimy substance and glide along surfaces. Some bacteria can also move by using pili or by changing their shape.
the gliding joint
Gliding joint
A gliding joint is one that moves back and forth and allows the bone to move::) har.har
they move by swinging their body up and down
Cilia allow flatworms to move in a gliding motion.
Bacteria do not possess true locomotory organs like animals. Instead, they use various methods to move. Some bacteria have flagella, which are whip-like appendages that rotate to propel the bacteria through their surroundings. Others move by using a process called gliding, where they secrete a slimy substance and glide along surfaces. Some bacteria can also move by using pili or by changing their shape.
All joints move to some extent, otherwise they would not be joint, but simply cartilage connectors. Gliding joints do as they are named. They glide past each other slightly to move.
The neck is indeed a gliding joint. This is because it does not have to move in rigid movements in any particular direction.
Hinge joints
Some have flagella that allow them move in twisting motion, some can move by themselves by gliding some don't move at all!!
the gliding joint
Move smoothly and quietly with gliding steps, in a stealthy or sensuous manner.
it's probably because flagellum makes bacteria move so there is a chance bacteria can move out of your lungs
Bacillus used a whip-like structure called a flagellum to move about. Some bacilli that don't have a flagella move by twitching or gliding.
double jumb then move you should be gliding