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They begin to multiply.
Bacteria in food reaching a temperature of no more than 63c is very dangerous. Bacteria thrive at this temperature. Food is in what can be referred to as a 'high risk or danger zones'. Food should not be consumed and should be destroyed.
Bacteria in food reaching a temperature of no more than 63c is very dangerous. Bacteria thrive at this temperature. Food is in what can be referred to as a 'high risk or danger zones'. Food should not be consumed and should be destroyed.
Usually not.
4 degrees celsius to 60 degrees celsius .
They get killed at 100degree celcius
They begin to multiply.
Below 5 degrees Celsius (41 degrees Fahrenheit), most bacteria that are associated with foodborne illnesses would stop increasing in number.
Most food poisoning bacteria can't continue to grow and multiply at temperatures below 5°C. There are some exceptions such as Listeria.
When milk is heated to 66 degrees to kill most of the bacteria, the primary thing which happens is its chemical composition is slightly altered. This also kills natural enzymes within the milk.
Yes, in general.
The bacteria in the food will be dormant. The bacteria that causes food poisoning will not multiply rapidly.
Bacteria Growth When food is cooked it should be above 60 degrees, as it starts to cool it drops between 5 degrees and 60 degrees. This is referred to as the 'Danger Zone' and it the easiest time for harmful bacteria to infect the food.
most bacteria thrive in heat, multiply faster. But at very high temperature, they stop growing. Some bacteria have the ability to survive at temp of more than 100 degrees Celsius. They are known as extremophiles
Bacteria in food reaching a temperature of no more than 63c is very dangerous. Bacteria thrive at this temperature. Food is in what can be referred to as a 'high risk or danger zones'. Food should not be consumed and should be destroyed.
Eventually bacteria will grow and cause it to spoil.
Raw meet should be kept under 5 degrees centigrade, NOT 35 degrees. Raw meet contains living bacteria and these will make the meet go bad if they are allowed to multiply. Keeping the meet below 5 degrees Celsius slows down the multiplication process of these to a minimum, allowing the meet to be kept. At 35 degrees the bacteria would multiply rapidly and the meet would spoil.