cocci
The ability of water to spread through fine pores is called capillary action. This phenomenon is due to the cohesive and adhesive properties of water molecules, allowing them to move through narrow spaces against the force of gravity.
A bacterium that loses its flagella would be unable to move or swim in its environment. Flagella are long, whip-like structures that bacteria use for motility, allowing them to propel themselves through liquid environments. Without flagella, the bacterium's ability to explore and find nutrients in its environment would be severely impaired.
In a wet mount, microorganisms move more freely and quickly due to the open environment. In a hanging-drop mount, microorganisms tend to move slower as they are trapped in the drop of liquid suspended from the coverslip, restricting their movement.
New viruses are released after the lytic cycle. ~Gradpoint/Novanet
Viral particles can move through plasmodesmata either by exploiting existing transport mechanisms within the plant cell or by disrupting the normal functioning of the plasmodesmata to facilitate their own movement. Once inside the plant cell, the viruses can spread to neighboring cells through the plasmodesmata, allowing them to move systemically throughout the plant.
yes
MRSA is usually spread through skin to skin contact
some people just traveled out of the area causing people to move through out the world
paralyzed (unable to move would need the past tense) Other forms: paralysis - the condition of being unable to move paralyze - the action to make something or someone be unable to move
so the system can work
When a player is unable to make a move in checkers, they lose the game.
you are unable to move.
Yes, in checkers, if a player is unable to make a legal move, they lose the game.
Locked-in syndrome is the condition that results in a patient being aware but unable to move.
magnification
Mycobacterium leprae, the bacteria that causes leprosy, is unable to move on its own. It is spread from person to person through respiratory droplets when an infected individual coughs or sneezes. Once transmitted to a new host, the bacteria infect and multiply within cells, primarily affecting the skin and nerves.
Mucus produced by specialized cells in the respiratory system can trap microorganisms entering the respiratory passages. Cilia, small hair-like structures lining the respiratory tract, then help to move the trapped microorganisms out of the airways through a process called mucociliary clearance. Additionally, immune cells within the respiratory system can also work to engulf and destroy any trapped microorganisms.