What does following a gluten-free diet mean? That you're embarking on an easy diet with a wide range of health-promoting effects. Instead of dwelling on what you’re giving up, consider that you’re going to enjoy a whole new world of delicious food options to meet your special dietary needs. You’ll be eating seasonally, choosing more fresh fruits and vegetables, focusing on meats, seafood, poultry, legumes, lentils, corn, and rice, and discovering fascinating ancient grains such as quinoa, amaranth, and millet. You’ll be able to eat potatoes, eggs, most cheeses, even chocolate (!)—and enjoy them without guilt because you’ll be taking good care of your body. In fact, you’ll probably end up eating—and feeling—better than ever!
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Previous research has found eating broccoli may help fight harmful oxidation in people with diabetes. The good news is researchers may have discovered another reason to eat broccoli: sulforaphane—a sulfur compound found in cruciferous vegetables such as broccoli—may hold the key to better blood sugar control. Published in Science Translational Medicine, the double-blind study included 97 patients with either poorly managed type 2 diabetes (those with a glycated hemoglobin [HbA1c] above 50 mmol/mol) or well-managed type 2 diabetes. Ninety-four of the patients were using metformin, a drug commonly used to treat diabetes. Researchers randomly assigned the patients to receive a placebo or a powdered broccoli sprout extract providing 150 µmol of sulforaphane daily for twelve weeks. At the beginning and end of the twelve weeks, researchers measured participants’ fasting glucose levels and HbA1c, and administered an oral glucose tolerance test. In the patients with poorly managed type 2 diabetes, they found:
Researchers selected sulforaphane for blood sugar regulation using a process that sounds straight out of science fiction: they took genes from tissues affected by type 2 diabetes and identified a genetic “signature”—a pattern of gene expression uniquely associated with diabetes. Then, they searched a database of the genetic effects of over 3,800 compounds to find the one most likely to reverse the clinically relevant aspects of diabetes’ genetic signature, eventually landing on sulforaphane. While this futuristic process has not yet been vetted by clinical research, it is exciting to find that, at least in this case, it did match the clinical trial’s findings.
Source: Science Translational Medicine
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