They are small in size.So their surface:volume ratio is very high.Therefore exchange of materials can be done efficiently.
microorganisms
Filtration controls microorganisms by physically removing them from the water or air through a porous barrier. The size of the filter pores determines the size of microorganisms that can be captured. This process helps reduce the concentration of microorganisms in the environment, decreasing the risk of contamination and infection.
Heating instruments kills microorganisms by denaturing their proteins and disrupting their cellular membranes. Alcohol in disinfectants disrupts the cell membranes of microorganisms, leading to their death. These methods are effective because they target key structures and functions necessary for the survival of microorganisms.
An adaptation of Penicillium is its ability to produce antibiotic compounds, such as penicillin, that help it compete against other microorganisms in its environment. This adaptation gives Penicillium a survival advantage by inhibiting the growth of competing organisms.
Absolutely. The microorganisms in your digestive system help your body break down food. The food chain that EVERY living thing is a part of begins and ends with microorganisms. Yeast makes beer and bread. Etc, etc.
microorganisms are bad once inside the body as they could harm you. They also help the survival of plants.
Themoose's large size makes survival in warm climates difficult,
Microorganisms can vary in size, but typically range from 0.2 to 2 micrometers in diameter. Some larger microorganisms, like certain types of algae or fungi, can range up to 200 micrometers.
they can help or hurt people, animals, and plants.
There are no treatments for chickenpox at this time that use microorganisms.
Bloody stool is the way by which your body try to eliminate the microorganisms from your body. Then your immune system tries to fight back the dysentery causing microorganisms.
microorganisms
The size of the animal makes it tough for other animals to kill/eat it. So the size is a big contributor for it´s survival.
They vary from 0.05 microns to 100 microns.
No, bacteria are not the biggest microorganisms. Some examples of larger microorganisms include fungi and protists. These microorganisms can range in size from a few micrometers to several millimeters.
It helps because microorganisms are small so it will be easier to see in water
Sewage treatment plants use microorganisms to destroy the biological material in sewage.