The other day while I was making zucchini bread, I cracked
an egg and dumped it right down the drain. Total mistake. (With a baby who
still wakes up multiple times a night, I’m still a little sleep deprived.)
There was a time, however, when I intentionally washed egg yolks down
the drain—and used only the whites—because I thought that egg yolks were bad
for my heart. Joyce Hendley tackles this food myth and 12 others in the
September/October issue of EatingWell Magazine.
Here are the details of why you should go ahead and eat the yolks,
plus highlights of other food myths that just won’t die.Myth 1: Eggs are bad for your heart.
The Truth: Eggs do contain a substantial amount of cholesterol in their yolks—about 211 mg per large egg. And yes, cholesterol is the fatty stuff in our blood that contributes to clogged arteries and heart attacks. But labeling eggs as “bad for your heart” is connecting the wrong dots, experts say. “Epidemiologic studies show that most healthy people can eat an egg a day without problems,” says Penny Kris-Etherton, Ph.D., R.D., distinguished professor of nutrition at
Related: Two Dozen Easy, Healthy Egg Recipes
The Truth: The idea that high-fructose corn syrup is any more harmful to your health than sugar is “one of those urban myths that sounds right but is basically wrong,” according to the Center for Science in the Public Interest, a health advocacy group. The composition of high-fructose corn syrup is almost identical to table sugar or sucrose (55 percent fructose, 45 percent glucose and 50:50, respectively). Calorie-wise, HFCS is a dead ringer for sucrose. Studies show that HFCS and sucrose have very similar effects on blood levels of insulin, glucose, triglycerides and satiety hormones. In short, it seems to be no worse—but also no better—than sucrose, or table sugar. This controversy, say researchers, is distracting us from the more important issue: we’re eating too much of all sorts of sugars, from HFCS and sucrose to honey and molasses. The American Heart Association recently recommended that women consume no more than 100 calories a day in added sugars [6 teaspoons]; men, 150 calories [9 teaspoons].
Related: Delicious Desserts with Surprisingly Low Added Sugars
The Truth: “Raw foods are unprocessed so nothing’s taken away; you don’t get the nutrient losses that come with cooking,” says Brenda Davis, R.D., co-author of Becoming Raw: The Essential Guide to Raw Vegan Diets (Book Publishing, 2010). But the claim by some raw-food advocates that eating raw boosts digestion by preserving “vital” plant enzymes,
Myth 4: Your body can’t use the protein from beans unless you eat them with rice.
The Truth: Proteins—which our bodies need to make everything from new muscle to hormones—are made up of different combinations of 20 amino acids. Thing is, our bodies can make only 11 of these amino acids; we must get the other nine from food. Animal-based protein-rich foods like eggs and meat provide all nine of these “essential” amino acids, but nearly all plant foods are low in at least one. Experts used to say that to get what your body needs to make proteins, you should pair plant-based foods with complementary sets of amino acids—like rice and beans. Now they know that you don’t have to eat those foods at the same meal. “If you get a variety of foods throughout the day, they all go into the ‘basket’ of amino acids that are available for the body to use,” says Winston J. Craig, Ph.D., R.D., nutrition department chair at
Related: Cheap, Quick Dinners Using Canned Beans
Myth 5: Microwaving zaps nutrients.
The Truth: This is misguided thinking, says Carol Byrd-Bredbenner, Ph.D., R.D., professor of nutrition at
Related: How to Cook 20 Vegetables
The Truth: “Radiation” might connote images of nuclear plants, but it simply refers to energy that travels in waves and spreads out as it goes. Microwaves, radio waves and the energy waves that we perceive as visual light all are forms of radiation. So, too, are X-rays and gamma rays—which do pose health concerns. But the microwaves used to cook foods are many, many times weaker than X-rays and gamma rays, says Robert Brackett, Ph.D., director of the
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