It depends on the microbe. Some can not and others become 'dormant'.
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.
its good because dying plants when they get microbes they die faster
Yes, certain microbes can enter a state of stasis, known as dormancy, to survive unfavorable environmental conditions. In this state, metabolic processes are severely reduced or halted, allowing them to withstand extreme temperatures, desiccation, or nutrient scarcity. This ability is particularly observed in bacteria, archaea, and some fungi, enabling them to remain viable for extended periods until conditions improve. Upon re-exposure to favorable environments, these microbes can reactivate and resume normal metabolic functions.
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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.
Microbes need a food to survive
Yes, some microbes are bad
they kill bad microbes
your stomach acids fight it off and they kill the microbes. in a way this is good and bad because if it kills the bad microbes then it kills the good microbes in our body aswell!
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.
i dont know im asking you
no because because we live in symbiosis with them
its good because dying plants when they get microbes they die faster
someone who has no where to live and ask for money on the corner of streets to help them survive in bad conditions
In order to not contaminate Mars with any possible life forms from Earth. Microbes are very resilient, and theoretically can survive the voyage through space and the conditions on Mars.
we will die and only microbes will survive
Yes, certain microbes can enter a state of stasis, known as dormancy, to survive unfavorable environmental conditions. In this state, metabolic processes are severely reduced or halted, allowing them to withstand extreme temperatures, desiccation, or nutrient scarcity. This ability is particularly observed in bacteria, archaea, and some fungi, enabling them to remain viable for extended periods until conditions improve. Upon re-exposure to favorable environments, these microbes can reactivate and resume normal metabolic functions.