Microbes are not responsible for geological phenomena like earthquakes or volcanic eruptions. They also do not play a role in decision-making processes or ethical considerations.
No, not all microbes are pathogens. Microbes can be beneficial or harmful, depending on the context. Many microbes are essential for processes such as digestion, nutrient cycling, and immune system function.
Through microbes you breath in then the microbes settle and grow into fungus
Microbes can produce compounds such as antibiotics, bacteriocins, and enzymes that help them kill other microbes. These substances are often used as defense mechanisms to compete for resources and survive in their environment.
The four main microbes are bacteria,proatozoa,virus and fungus
Microbes are organisms that are composed of only one solitary cell or a cell which lives in a colony with other cells. Thermophilic microbes are organisms that prefer to live in areas with a temperature that is higher than the normal.Mesophilic are these microbes that prefer areas with moderate temperature.
Lysosomes are responsible for digesting microbes in the cell. They contain enzymes that can break down various molecules, including those from invading microorganisms. Through a process called phagocytosis, lysosomes can engulf and degrade foreign particles or pathogens within the cell.
Bacteria are one of the most common types of microbes and are commonly known as germs. Protista is also common and is a plant-like microbe that is responsible for all the oxygen in the atmosphere.
There are thousands of different types of microbes. They are all microscopic but at the same time they are very much different from each other. So each can cause individual or no disease. In fact very few of them cause diseases.
Decomposers - usually microbes are responsible for breaking dead organisms down into their simple forms. This process is responsible for the recycling nutrients back into the environment. An example of a decomposer is bacteria.
Decomposers - usually microbes are responsible for breaking dead organisms down into their simple forms. This process is responsible for the recycling nutrients back into the environment. An example of a decomposer is bacteria.
Alexander flaming discovered microbes
microbes can live anywhere!
sometimes Bactria can kill microbes
Fermentation process microbes.
Microbes live best in grass because of cellulose in the grass. But microbes can live anywhere.
Actually, the flu is the disease (influenza) and the microbes are what cause the disease, not the other way around. The pathogens ("microbes") responsible for the infectious disease called influenza are viruses.Viruses are submicroscopic-sized particles that can attach to the cells of a host person, animal, plant or bacteria (they are very small even compared to bacteria and other pathogens that are called microbes*) and replicate within the cells. This eventually destroys the cells and makes us sick until our bodies can use the immune system's processes to get rid of it.* Not all scientists classify viruses as microbes since they are submicroscopic and are non-living organisms.
Louis Pasteur helped prove that germs that cannot be seen with the naked eye are responsible for illnesses. He studied microbes in many different beverages.