McDonald’s Insists Its Sugar Decision Is a Big Deal, It’s wrong. TOM PHILPOTT, AUG. 3, 2016 6:36 PM
McDonald’s recently announced plans to remove high-fructose corn syrup from its buns and replace it with sugar, as “part of its drive to target increasingly health-conscious consumers,” Reuters reports. But my immediate response to the news was not: Great—time to grab a Big Mac, now they’re healthy! Instead, it made me want to figure out just how much sweetener the resurgent (sort of) burger behemoth is pumping into its nondessert offerings.
A Quarter Pounder delivers about 40 percent of the recommended daily maximum sugar intake.
Now, sweetener is by no means a necessary ingredient in bread—you won’t find it in a baguette, for example, or the famous 24-hour no-knead method popularized by Mark Bittman. But it is quite common in modern commercial baking because it speeds up the rising process. Even the Whole Foods version of a classic hamburger bun—a concept McDonald’s surely helped shape—contains sugar, as does this recipe for homemade buns from the Kitchn website, which calls for 2 tablespoons, around 18 grams, of sugar for eight buns. That’s about 2.25 grams of sugar per serving—not very much, as I’ll show below.
But McD’s HFCS-to-sugar announcement still made me want to take a peak behind the Golden Arches to see how much sweet stuff is hiding on the savory side of the menu.
It should be noted that sugar and high-fructose corn syrup are chemically very similar. And as Gary Taubes and Cristin Kearns Couzens showed in a blockbuster 2012 Mother Jones article, “sugar and its nearly chemically identical cousin, HFCS, may very well cause diseases that kill hundreds of thousands of Americans every year, and that these chronic conditions would be far less prevalent if we significantly dialed back our consumption of added sugars.”
People know they’re getting a sugar blast when they order a Coke or a chocolate sundae; not so much when they’re ordering a burger. The McDonald’s website features a “nutrition calculator” with detailed information on every regular menu. Scrolling around it, I find that a Big Mac contains 9 grams of sugar, while a Buttermilk Crispy Chicken Sandwich has 11 grams and a Quarter Pounder with Cheese packs 10 grams. Even the healthy-sounding Southwest Buttermilk Crispy Chicken Salad contains 9 grams. The Sausage McGriddle, originally a morning item whose availability has expanded as part of McDonald’s popular “all-day breakfast” strategy, has 15 grams.
To put those numbers in perspective, three Chips Ahoy cookies contain 11 grams of sugar. The World Health Organization recommends limiting added sugar intake to about 25 grams per day—meaning that a Quarter Pounder delivers about 40 percent of the maximum sugar you should be taking in. Combine it with other common McDonald’s items—a small Coke (47 grams) or a small vanilla shake (61 grams)—and you’ve just swallowed quite a sugar bomb. Even forgoing that obviously sweet stuff for a simple McCafe Iced Coffee (22 grams) would push you well over the World Health Organization’s recommendation.
So where is all the sweetener coming from in savory items like burgers and chicken sandwiches? The company doesn’t break down nutrition info by a dish’s components, but the “nutrition calculator” does drill down on ingredients. Here’s what’s in a Big Mac bun:
Enriched Unbleached Flour (Wheat Flour, Malted Barley Flour, Niacin, Reduced Iron, Thiamin Mononitrate, Riboflavin, Folic Acid), Water, High Fructose Corn Syrup, Yeast, Soybean Oil, Contains 2% or Less: Salt, Wheat Gluten, Sesame Seeds, Leavening (Calcium Sulfate, Ammonium Sulfate), May Contain One or More Dough Conditioners (Sodium Stearoyl Lactylate, DATEM, Ascorbic Acid, Mono and Diglycerides, Monocalcium Phosphate, Enzymes, Calcium Peroxide), Calcium Propionate (Preservative).
Note that HFCS (soon to be switched out for sugar) is the third ingredient, after flour and water. The other Quarter Pounder component that contains sweetener is the “Big Mac sauce,” whose ingredients are no longer secret:
Soybean Oil, Pickle Relish (Diced Pickles, High Fructose Corn Syrup, Sugar, Vinegar, Corn Syrup, Salt, Calcium Chloride, Xanthan Gum, Potassium Sorbate [Preservative], Spice Extractives, Polysorbate 80), Distilled Vinegar, Water, Egg Yolks, Onion Powder, Mustard Seed, Salt, Spices, Propylene Glycol Alginate, Sodium Benzoate (Preservative), Mustard Bran, Sugar, Garlic Powder, Vegetable Protein (Hydrolyzed Corn, Soy and Wheat), Caramel Color, Extractives of Paprika, Soy Lecithin, Turmeric (Color), Calcium Disodium EDTA (Protect Flavor).
That’s some sweet pickle relish, goosed up with HFCS, corn syrup, and sugar. (The company has announced no plans to swap HFCS for sugar in its condiments.)
As for the Southwest Buttermilk Crispy Chicken Salad and its 9 gram of sugar, check out the “cilantro lime glaze” that graces it:
Water, Corn Syrup Solids, High Fructose Corn Syrup, Sugar, Distilled Vinegar, Olive Oil, Soybean Oil, Freeze-Dried Orange Juice Concentrate, Cilantro, Salt, Freeze-Dried Lime Juice Concentrate, Xanthan Gum, Sodium Benzoate and Potassium Sorbate (Preservatives), Garlic Powder, Propylene Glycol Alginate, Spice, Onion Powder, Citric Acid.
However, the company made a genuinely momentous revelation along with the HFCS dud: It said 100 percent of the chicken it serves is raised without antibiotics important to human medicine, making good on a pledge the company made back in March 2015 and beating its own timetable by six months. For a deep dive into why helping the meat industry break its antibiotic habit is crucial, check out my story from earlier this year. …More
References:
Understanding the function of sugar in burger buns: a fundamental study
ABSTRACT
The consumption of sugar-reduced bakery products represents a promising way to decrease health problems such as obesity, which can be related to the increased intake of added sugar. One highly consumed food product are burger buns, which can contain up to 120 g kg−1 sugar. This study evaluates the impact of sugar-reduction on the quality of burger buns and their respective doughs from a fundamental perspective. Sucrose was replaced by wheat starch in 10 g kg−1 steps and compared to a control burger bun (100 g kg−1). A 30%-sugar-reduction increased gas formation during fermentation, which resulted in a higher specific volume (3.85 ± 0.08 ml/g) when compared to the full-sugar product (3.52 ± 0.07 ml/g). The gluten network developed faster when no sucrose was added (−66 s). It also became stronger (+11 BU) causing a decrease in dough extensibility. Sugar-reduction led to a lighter crust and higher water activity [0.915 ± 0.006 (full-sugar), 0.948 ± 0.004 (no-added sugar)], which shortened shelf life by 6 days. Sugar-reduction is highly correlated to dough characteristics, which result in quality changes of the dough as well as product quality parameter. PCA analysis of the data revealed that the addition of 70 g kg−1 sucrose is essential to ensure adequate burger bun quality.
https://link.springer.com/article/10.1007/s00217-017-2895-1
Color measurement in hamburger buns with fat and sugar replacers
ABSTRACT
Substitution of fat and sugar in the diet has been the object of intense research as an effort to produce foods without these ingredients or with the reduction of the amount normally used. In this work, hydrogenated fat and sucrose in hamburger buns formulas were replaced by polydextrose (Litesse II®), salatrim (Benefat®), and sucralose (Splenda®) and their effects on crust color were evaluated using response surface methodology (RSM). The results showed that the ingredients used had a great effect on L, a, b and ΔE values, but they can be used as an option to produce low calories baked products. https://www.sciencedirect.com/science/article/pii/S0023643805000058
