Nope. c:
Wriggling movement is a type of squirming or twisting motion typically seen in animals like snakes or worms. It involves a series of twisting and turning actions that allow the organism to move in a sinusoidal pattern. Wriggling can be an efficient way of navigating through narrow spaces or soft substrates.
you probably just get a special item and use it around the tree
I think it moves by wriggling it's legs but probably most of the time it flies to keep safe from predators.
Squirmles move by wriggling and squirming their flexible bodies. This movement is generated by the muscles along their body, allowing them to navigate through the environment and burrow into small spaces.
it's probably because flagellum makes bacteria move so there is a chance bacteria can move out of your lungs
Wriggling.
Solids in and of themselves do move slightly, but "wriggling" is not really a form of movement one would expect to see at the molecular level.
To move the body to and fro with short, writhing motions, like a worm; to squirm; to twist uneasily or quickly about., To move with short, quick contortions; to move by twisting and squirming; like a worm., Wriggling; frisky; pliant; flexible.
Two.
There's not THE ONE way how bacteria move. some are enabled to diapedeses, others have flagella, others use the flow of their environment to get transported, others use parts of their host cells moving machinery,...
No, many are what we would call fixed. If they are bacteria, many do not move except if the place they are in (a tissue for example) would slide or move in some way.
Vibrio vulnificus can move by using a flagellum, a whip-like tail that helps the bacteria to swim in liquid environments such as seawater. Additionally, it can also move by using a mechanism called gliding motility, which allows the bacteria to move smoothly along surfaces.