Thermophiles like temperatures above 45 °C. The bacterialike Pyrolobus fumarii likes heat above 110°C and Strain 121 is found to reproduce at 121 °C and survive until 130 °C. Some genuine bacteria resist temperature above 100°C, and 121°C is needed to kill Clostridium botulinum. At 150°C the DNA is destroyed, so any imaginary bacteria that could resisting such temperature must have an unknown constitution. So, 45 to 100°C is the temperature that the thermophile bacteria like.
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Well one person says 800 degrees celsius, the other says 200, and the other says 500 degrees. I have done some amateur research and my guess is anywhere from 100 degrees to 800. It really depends on what bacteria it is! This web site:
http://www.sciencedaily.com/releases/1998/11/981117080705.htm
Says that Heat-loving bacteria flourish at temperatures at and above the boiling point of water, which leads me to believe that they can live in any water that is above 100 degrees celsius.
tis 37c
No. Even the thermophilic (heat-loving) bacteria we know that endures the highest temperatures (well over the boiling point of water) on Earth would not be able to endure the temperature of stars (our Sun's photosphere is about 6000K) - and there would be other survival considerations (such as aquisition of food, etc).
low temperature ti stops bacterial cell from dividing.Refrigerators dont kill bacteria like heat but it stop them from replicating avoiding the contamination.
because at hot temperature the bacteria and all that nasty stuff is killed because of the heat, at cold temperatures they can't breed or survive due to the lack of heat, but room temperature is just right for them
The flow of heat in and out of an object changes its temperature.
Between 5 and 63 Celsius. That's why we keep food in a fridge below 5 Celsius and cook at over 63 Celsius. The temperature bacteria grow fastest at is 37 Celsius which is also human body temperature.
Heat- loving bacteria are called thermophiles. They are heat thriving organisms.
A thermophile likes high temperature, and for bacteria it is 45-100 °C. Some bacteria even resist temperatures close to 121°C.The bacterialike archae Pyrolobus fumarii can grow in water at a maximum temperature of 113 °C and Strain 121 at 121°C, surviving at 130°C.
No. Even the thermophilic (heat-loving) bacteria we know that endures the highest temperatures (well over the boiling point of water) on Earth would not be able to endure the temperature of stars (our Sun's photosphere is about 6000K) - and there would be other survival considerations (such as aquisition of food, etc).
Thermophile bacteria thrive at higher temperatures, between 45 and 80 °C and some even higher than that (hyperthermophile). The bacterialike Pyrolobus fumarii likes heat above 110°C and Strain 121 is found to reproduce at 121 °C and survive until 130 °C. Some genuine bacteria resist temperature above 100°C, and 121°C is needed to kill Clostridium botulinum. At 150°C the DNA is destroyed, so any imaginary bacteria that could resisting such temperature must have an unknown constitution. So, 45 to 100°C is the temperature that the thermophile bacteria like.
Methanogens (Methanobrevibacter smithii) Halophiles (Haloferax volcanii) Thermophiles (Pyrococcus furiosus)
The indoor temperature setting should be at a comfortable level for living in. The outside temperature should be an irrelevance.
Heat killed S bacteria in Griffith's experiment was because of the temperature of the heat. The heat was high enough to kill many things like proteins and enzymes, so the bacteria could not create endospores to harm the immune system.
Temperature effects the decomposing of everything.
Generally they just go dormant. To remove bacteria, they need to be killed off by heat at a minimum of 63 degrees.
Because heat destroys bacteria. Heating an object to high temperature kills of harmful organisms.
Salamanders are Poikilothermic. This means that their body temperature is determined by their environment.
The right heating controls will let you keep your home at a comfortable temperature without wasting fuel or heat.