WHAT IS THE CONCEPT OF THERMAL DEATH POINT.. TDP

IT IS THE LOWEST TEMP AT WHICH ALL MICROORGANISMS IN A LIQUID SUSPENSION WILL BE KILLED IN 10 MINUTES More test answers on https://studyhippo.com/micro-control-antimicrobials-1638/

The time required to kill 90% of the microorganisms or spores in a sample at a specified temperature is the A. thermal death time (TDT).? B. thermal death point (TDP).?C. decimal reduction time (D value).? D. z value.

C. decimal reduction time (D value). More test answers on

Thermal Death Point (TDP)

the temperature required to kill a bacterial population at a given temperature More test answers on https://studyhippo.com/chapter-7-11-619/

What is the thermal death point?

Lowest temperature required to kill all microbes in 10 minutes More test answers on https://studyhippo.com/microstuff-2263/

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Thermal Death Point Flashcards, test questions and answers

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What is Thermal Death Point?

Thermal death point is the temperature at which all microorganisms, including bacteria, fungi and viruses, in a given food preparation are destroyed. It is an important concept in food safety and preservation as it determines the optimal conditions for food storage and handling.When foods are cooked, their internal temperature must reach a certain level to ensure that all harmful microorganisms have been killed. This temperature is known as the thermal death point or pasteurization point. The exact temperature varies depending on the type of microorganism present; for example, bacterial spores may require higher temperatures than other types of bacteria. Generally speaking, temperatures between 140-160 Â°F (60-71 Â°C) are necessary to kill most common bacteria in food products.In terms of food safety, knowing the thermal death point of different foods is essential information that helps ensure safe storage and handling practices. For instance, if a product contains eggs or dairy products with high levels of salmonella or listeria bacteria spores, it’s important to know what temperature must be reached to destroy them so that they don’t cause illness when consumed by humans. Similarly, when reheating leftovers or frozen foods that may contain harmful bacteria such as E coli or salmonella it’s important to reach this thermal death point in order to make them safe for consumption again. Finally, understanding the thermal death point can also help you select appropriate methods for preserving and storing your foods safely over time without risking spoilage due to microbial growth or contamination from external sources such as dust particles or insects entering through open containers. Knowing how high a temperature needs to be achieved can help you determine if a particular method will be sufficient for your needs before investing time and money into it.