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(Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer) Bread First off, the finished bread should be fine, prolonged heat during baking will kill off...
Answer
#4: Post edited
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- I think you neither endangered your friends nor yourself by serving baked goods from this flour.
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- I think you neither endangered your friends nor yourself by serving baked goods from this flour.
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
- IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the question if sourdough is a habitable environment for salmonella instead of focusing on the amount of original flour that's still in there.
#3: Post edited
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- I think you neither endangered your friends nor yourself by serving baked goods from this flour.
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- I think you neither endangered your friends nor yourself by serving baked goods from this flour.
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
- IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.
#2: Post edited
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
- IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.
- (*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*)
- ### Bread
- First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them)
- I think you neither endangered your friends nor yourself by serving baked goods from this flour.
- ### Dough
- IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread.
- And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it.
- IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.
#1: Initial revision
(*Not a full answer, but as @MonicaCellio asked in comments, I'll convert my comment into an answer*) ### Bread First off, the finished bread should be fine, prolonged heat during baking will kill off the salmonella, see e.g. this page from the Robert Koch Institute (the German institute responsible for disease control and prevention): https://www-rki-de.translate.goog/DE/Content/Infekt/EpidBull/Merkblaetter/Ratgeber_Salmonellose.html?_x_tr_sl=auto&_x_tr_tl=en&_x_tr_hl=en#doc2374560bodyText14 (different countries will recommend slightly different temperatures and durations, but a baked bread should be on the safe side for all of them) ### Dough IF the dough is infected, there might be a risk to infect other food in the kitchen, which might not necessarily be cooked so well as the bread. And that's the hard part of the question - to which I don't know the answer. It will depend on whether or not salmonella can survive and grow in the acidic environment of the sourdough and the temperature you store it. IF they can survive and grow there, then diluting won't necessarily help as the salmonella can multiply between feedings and thus diluting won't necessarily decrease the population. I suggest to focus on the the question if sourdough is a habitable environment for salmonella instead of the amount of original flour that's still in there.