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oven. This expansion brings lightness and crispness to
friedfoods.
• Protein coagulation. Cooking in hot oil precipitates the
rapidcoagulationofproteins.Justasproteinssetinaloaf
of bread or a pancake, giving it more structure and
rigidity,sodotheysetinthebatterorbreadingcoatinga
piece of fried food. It’s this protein matrix—usually
comprised of gluten in a flour-based batter, or egg
proteins in a basic breading—that gives rigid structure to
fried foods, transforming the batter or coating into a firm
solid.
• Browning and caramelization. The Maillard reaction—
thecomplexstringofchemicalreactionsthatgivesflavor
and color to well-browned foods—as well as
caramelization—the similar reaction that occurs when
sugars are heated—take place rapidly at normal frying
temperatures.Thisiswhatgivesfriedfoodstheirenticing
goldenbrowncoloranddeliciousflavor.
• Oil absorption. As water is forced out of food through
evaporation, it leaves spaces behind. What moves in to
take the place of that water?The only thing that can: oil
fromthefryer.It’saninevitablepartoffrying,essentialto
the flavor of the finished food.And, despite what many
booksmaytellyou,fryingathighertemperatureswillnot
reduce the amount of oil your food absorbs (quite the
opposite,infact,seehere).
Seemcomplicated?It’snot.Thebeautifulthingaboutdeepfryingisthatonceyou’vegottherightamountofoilheated
to the right temperature, all of these things happen on their
own,withverylittledirectionneededfromyou,thecook.