you cannot avoid microbes because they exist everywhere as bacteria,fungi,virus etc. There are many bacterias in your body.They can be prevented from development by controlling moisture,heat & oxygen to a level not suitable for their growth.
Disgusts keep us away from things that could make us ill. Rotten things that are decaying contain microbes and many of these can cause diseases. They kill millions of people and make billions of others sick.
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
In warm conditions activity of microbes is high .Thats because enzymes work well in warm conditions.So food may be poisoned due to microbes after exposuring to warm conditions for sometime.
Disgusts keep us away from things that could make us ill. Rotten things that are decaying contain microbes and many of these can cause diseases. They kill millions of people and make billions of others sick.
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.
Microbes that require oxygen for their metabolic processes.
Virus do not have cells.Other microbes have cells.
Microbes - song - was created in 1968.
microbes mean small microscopic organisms. Example: I have never seen microbes kill each other!
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.