This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
Chemistry of deep-fat frying oils.
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Nov 2016 – May 2025Where it's discussed
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X / Twitter44 posts
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Blogs4 articles
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YouTube3 videos
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News2 articles
AI synopsis
What people are saying
The collective discussions emphasize the scientific aspects of deep-fat frying, with examples like recommendations for safe turkey frying and explanations of oxidation and oil degradation, highlighting a high interest and engagement with the chemistry of frying, even though most responses are educational or cautionary in tone.
Most discussions recognize the importance of the chemistry behind frying, suggesting general agreement on its significance.
Numerous posts highlight curiosity about techniques, safety, and science, showing high interest.
Posts include references to videos, safety tips, and detailed explanations, indicating deep engagement.
The discussions influence whether people consider the chemical processes in frying crucial for safety and quality, but overall impact remains moderate.
Abstract in brief
- Deepfat frying affects the flavor and quality of oil by causing hydrolysis, oxidation, and polymerization, which can produce both desirable and undesirable flavors.
- The degradation of critical food components such as tocopherols, amino acids, and fatty acids occurs during frying, influenced by factors like temperature, oil freshness, and frying duration.
- The stability and quality of frying oil are impacted by elements such as antioxidants (e.g., lignans in sesame oil), metal ions, and frying conditions, with high temperatures and repeated use decreasing oxidative stability.]
Top posts
Most liked on X and BlueskyPlanning on deep frying your #turkey for #Thanksgiving? Check out this #ACSReactions video & learn more about the #chemistry & #science of the process. https://t.co/fObjfJx5zC
Planning to fry a #turkey? Check out this @ACSReactions video that explains the #chemistry behind deep fried turkey & provides some do's & don'ts to ensure a safe holiday. https://t.co/D72iwmGmU7.
#ACSReactions looks at the #chemistry behind deep frying a #turkey. Check it out at https://t.co/q06YlPX6yB
Deep frying a turkey for #Thanksgiving? Be careful. Measure how much oil you need AFTER the turkey is in the fryer. Also be sure to know the smoke point of your oil. Actually just watch our video on how not to burn your house down: https://t.co/zL5DDwiIVo
@Bquittem @JoeCarlasare @DzambhalaHODL @nvk I’ve never fried a Turkey in tallow. It might not hurt to fry a chicken or two in the tallow first to “break in” the oil. Make sure that Turkey is dry af tho. This is good if u wanna nerd out. https://t.co/1VXHrTnDTZ
All mentions
The Chemistry of Deep-Fat Frying Oils and Food Quality Effects
Deep-fat frying impacts the flavor and quality of oil through hydrolysis, oxidation, and polymerization, affecting both desirable and undesirable flavors. Frying conditions and oil properties influence degradation and…
Optimizing Food Crispy Texture Through Frying Science
Deep-fat frying affects oil flavor and quality through hydrolysis, oxidation, and polymerization, impacting food texture and taste. Understanding these processes helps achieve desirable crispy snacks at home.
Chemical Principles of Safe Deep-Frying for Thanksgiving Turkey
This video explores the chemistry behind deep fried turkey, including oil degradation and safety tips to prevent fires, emphasizing the importance of proper frying techniques and oil stability for a successful holiday…
Is Your Cooking Aging You? The Secret Behind Inflammation and Wrinkles
@brad_polumbo There is a good chance they are the biggest reason. A deep fat fryer at a fast food place is full of chemical horrors worse than even smoking a pack of cigarettes. Frying with polyunsaturated fat is extremely dangerous. https://t.co/wAubllfcYn
RT @AmerChemSociety: Don't feel like inviting the Fire Department over for #Thanksgiving? Check out the @ACSReactions video on the do's and…
Don't feel like inviting the Fire Department over for #Thanksgiving? Check out the @ACSReactions video on the do's and don'ts of frying a #turkey for #Thanksgiving. https://t.co/IsR2BRUZph
Liked on YouTube: Science hacks for crispy snacks https://t.co/3Oaner26Gz
RT @CulinaryWoTD: The Chemistry of Fried Foods from @SciShow https://t.co/OMdlQqMFmj
The Chemistry of Fried Foods from @SciShow https://t.co/OMdlQqMFmj
Planning to fry a #turkey? Check out this @ACSReactions video that explains the #chemistry behind deep fried turkey & provides some do's & don'ts to ensure a safe holiday. https://t.co/D72iwmGmU7.
RT @PBSDS: Deep frying your turkey this year? Sounds
Deep frying your turkey this year? Sounds
RT @ACSReactions: Deep frying your turkey this year? Here's how to do it without burning your house down: https://t.co/P7SioeqAK7
Deep frying your turkey this year? Here's how to do it without burning your house down: https://t.co/P7SioeqAK7
How to Fry a Thanksgiving Turkey Without Burning Your House Down https://t.co/uVjyIgnnw8 via @YouTube
@Bquittem @JoeCarlasare @DzambhalaHODL @nvk I’ve never fried a Turkey in tallow. It might not hurt to fry a chicken or two in the tallow first to “break in” the oil. Make sure that Turkey is dry af tho. This is good if u wanna nerd out. https://t.co/1VXHrTnDTZ
I liked a YouTube video https://t.co/D9PwRVVAn5 The science of crispy
The science of crispy https://t.co/06TY7kSHnz
What do surfactants (the same type of molecule that makes soap work) have to with the tastiest fried food? Find out in our new video: https://t.co/3tzjaESFZH #chemistry #cooking #crispystuff https://t.co/a3AzRf3Iry
How to fry food better https://t.co/EdBERkEkL6 via @YouTube "dehydrated (
Have been eating deep fried food for all my life, but didn't know there's so much science behind it. How to make your frying oil more efficient at frying with surfactants! Love what @MinuteFood is doing! https://t.co/181YYvqKAB
[اعتقد اني بفكر كتير في الاكل، انها البكابوظة تسعى من اجل البقاء] How to achieve ultimate crispiness https://t.co/OluoskDV1O via @YouTube
Soggy food is the WORST...here's how to achieve ultimate crispiness in your own kitchen. https://t.co/3tzjaESFZH #crispy #science #cooking #delicious
@stirrups69 @ghauraghaura There's a scientific explanation behind that https://t.co/tZSguT7YY6 https://t.co/1GuDtKIBoA
RT @ck_eternity_: This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
RT @ck_eternity_: This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
RT @ck_eternity_: This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
RT @ck_eternity_: This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
揚げ物用油の化学 https://t.co/rs2oEt71rX 揚げ物は、加水分解、酸化、重合によって、望ましいあるいは望ましくない香気成分を生成し、油の香気安定性や品質を変化させる。食品中のトコフェロール,必須アミノ酸,脂肪酸は,揚げ物中に分解される。
This is another excellent overview of the different factor that affect oxidation during frying https://t.co/9q2bq9gQeJ
@KitchenBee Professor McGee and Modernist Cuisine https://t.co/JWpOuveTI7 or https://t.co/xmDGDoz4tM
Firstly, you can see with time SOs become more saturated. Worse, the compounds formed with unsaturation may be harmful even if we accept their unfried version as healthy. Let's take a Tweet look into this from https://t.co/9Onq1UClfk. Oxidation. Linoleic Acid oxidises well.2of7 https://t.co/13RBLuinMH
Planning on deep frying your #turkey for #Thanksgiving? Check out this #ACSReactions video & learn more about the #chemistry & #science of the process. https://t.co/fObjfJx5zC
@mooznecz @kereaz19 https://t.co/H4bDKYJwjy 이런거
It's #NationalFriedChickenDay ! How Do You Like You're Fried Chicken? With Gravy? With Waffles & Syrup? Chopped Up In A Salad? Check Out The Science Behind All Those Delicious Fried Foods. #flavorism #scishow #friedchicken #friedrice #fried #friedfood https://t.co/JLVyRxCsBF
@CasPiancey Can't wait for you to start haggling over the definition of "significantly". https://t.co/frfWAtS4jG
RT @AmerChemSociety: #ACSReactions looks at the #chemistry behind deep frying a #turkey. Check it out at https://t.co/q06YlPX6yB
RT @AmerChemSociety: #ACSReactions looks at the #chemistry behind deep frying a #turkey. Check it out at https://t.co/q06YlPX6yB
RT @AmerChemSociety: #ACSReactions looks at the #chemistry behind deep frying a #turkey. Check it out at https://t.co/q06YlPX6yB
#ACSReactions looks at the #chemistry behind deep frying a #turkey. Check it out at https://t.co/q06YlPX6yB
RT @ACSReactions: Deep frying a turkey for #Thanksgiving? Be careful. Measure how much oil you need AFTER the turkey is in the fryer. Also…
Deep frying a turkey for #Thanksgiving? Be careful. Measure how much oil you need AFTER the turkey is in the fryer. Also be sure to know the smoke point of your oil. Actually just watch our video on how not to burn your house down: https://t.co/zL5DDwiIVo
About the #science of #fried food, there is also this excellent video from @SciShow: https://t.co/yAUpsNW19h
The Chemistry of #FriedFood https://t.co/edUs4U2ci3 There’s more to fried dishes than just plopping food into hot oil. You have to know what’s up with the food you’re #cooking & what oils will work best for you dish. via @SciShow #FOGSafe #LoveMyFOGSafe #homechef #chef #fatberg
I liked a @YouTube video https://t.co/JraUjH20z4 The Chemistry of Fried Food
The Chemistry of #FriedFood https://t.co/edUs4U2ci3 There’s more to fried dishes than just plopping food into hot oil. You have to know what’s up with the food you’re #cooking & what oils will work best for you dish. via @SciShow #FOGSafe #LoveMyFOGSafe #homechef #chef #fatberg