Guest guest Posted February 7, 2008 Report Share Posted February 7, 2008 On 2/7/08, Carol Saunders <carolnpepa@...> wrote: > Why do you state that if the fat were dispersed in the water it would be > worse? On second thought, that's probably not true. It's true with proteins and other compounds because the water faciliates damage, but lipid peroxides depend on oxygen, so in the air is probably worse. Although, lipids can get oxidzed without getting peroxidized in the absence of oxygen, so again, I guess i have no idea. :-P Chris Quote Link to comment Share on other sites More sharing options...
Guest guest Posted February 8, 2008 Report Share Posted February 8, 2008 After I thought about it some more I wondered if your comment was regarding oxygen in H2O contributing to the process, though I do not know chemically if that is possible since water is not unstable. Interesting to contemplate, though. Something I came across (somewhere??) is making me think that the water is protective, but I could be totally off the mark. I want to look more into the formation of peroxides and the oxidation of fats during cooking in general. Thanks for your thoughts. Carol --- Masterjohn <chrismasterjohn@...> wrote: > On 2/7/08, Carol Saunders > <carolnpepa@...> wrote: > > > Why do you state that if the fat were > dispersed in the water it would be > > worse? > > On second thought, that's probably not true. > It's true with proteins > and other compounds because the water > faciliates damage, but lipid > peroxides depend on oxygen, so in the air is > probably worse. > Although, lipids can get oxidzed without > getting peroxidized in the > absence of oxygen, so again, I guess i have no > idea. :-P > > Chris > Quote Link to comment Share on other sites More sharing options...
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