Given a paragraph about cooking, and a set of conversational question answers about the paragraph, answer a follow-up question from the paragraph. The paragraph has a prefix 'CONTEXT:'. Each conversation question has a prefix 'Q:' followed by answer prefix 'A:'. The final followup question has a prefix 'FOLLOWUP_Q:'.

Q: CONTEXT: Cooked foods are starting with a very low bacterial count, because the cooking process killed everything. Defrosting foods are starting from an unknown count, because they picked up some during the cooling process before they were frozen. Bacteria multiplies exponentially, so the starting point matters greatly.I'm glad you asked for theories because I don't have anything to back this up.  <sep>  Q: Why can't food be left out to defrost? A: Cooked foods are starting with a very low bacterial count, because the cooking process killed everything  <sep> FOLLOWUP_Q: What is the best way to defrost food, then?

A: rozen
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Q: CONTEXT: I recently found a different sauce that had a similar butterscotch note to it. It turned out this one was a very simple pan sauce built with brandy and beef stock as a deglazing liquid which was allowed to reduce by about 2/3 and then it was finished with a hint of cream.The fond came from a steak cooked in butter so there was probably a little browned butter in there as well.At this point I think the reduced brandy is a big contributor to the flavor I was identifying as butterscotch. This makes sense as brandy is generally somewhat sweet and usually has fairly strong caramel notes.  <sep>  Q: How should I develop a butterscotch flavor in a savory sauce? A: I think the reduced brandy is a big contributor to the flavor  Q: What ingredients can be used to develop these flavors? A: a very simple pan sauce built with brandy and beef stock as a deglazing liquid  <sep> FOLLOWUP_Q: What techniques can be used to develop these flavors?

A: The fond came from a steak cooked in butter so there was probably a little browned butter in there as well
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Q: CONTEXT: To clarify: forced-air (a/k/a "convection", a/k/a "fan bake") ovens rely on a fan to circulate the air in the oven. The fast-moving air substantially enhances the rate at which heat is transferred to the food. It is particularly good where you want the surface to brown, such as roasts and breads; it is not as good for more delicate items, such as custards and cakes, which can set too quickly or get dried out. For cookies, it depends on what effect you want, but many standard types do well in forced-air ovens because the fan helps ensure that the whole oven stays at a uniform temperature despite the presence of several trays. (Of course, the tray closest to the heating element will still cook faster than the one farthest away, so you will still have to swap them partway through.)The general rule for using the fan is to set the oven temperature 25 degrees F (15 C) lower than what the recipe calls for using in a regular oven. Even then, don't go strictly by cooking time, as ovens vary; rather, be sure to check on your food regularly to see how fast it is cooking. You may need to cover your food to prevent over-browning, or perhaps adjust the oven temperature.  <sep>  Q: When to use convection/fan bake vs bake###Are there any general rules to follow when choosing between bake and fan bake to cook something in the oven? A: The general rule for using the fan is to set the oven temperature 25 degrees F (15 C) lower than what the recipe calls for using in a regular oven  Q: What effect does each have and what are the advantages and disadvantages of both? A: forced-air (a/k/a "convection", a/k/a "fan bake") ovens rely on a fan to circulate the air in the oven. The fast-moving air substantially enhances the rate at which heat is transferred to the food  <sep> FOLLOWUP_Q: I see. Anything else I need to know

A:
don't go strictly by cooking time, as ovens vary; rather, be sure to check on your food regularly to see how fast it is cooking. You may need to cover your food to prevent over-browning
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