Candy as a diabetes foe? Sure enough. In a small Italian study, participants who ate a candy bar's worth of dark chocolate once a day for 15 days saw their potential for insulin resistance drop by nearly half. "Flavonoids increase nitric oxide production," says lead researcher Claudio Ferri, M.D., a professor at the University of L'Aquila in Italy. "And that helps control insulin sensitivity."
While it’s good for your brain and digestive health, dark chocolate can benefit your heart even more. Research shows that the flavonoids naturally found in chocolate can help lower levels of bad LDL cholesterol. Flavonoids can also significantly decrease systolic blood pressure in healthy older adults. Dark chocolate has also been found to improve insulin resistance and endothelial dysfunction, both of which have a positive effect on the heart. In fact, according to a study published in JAMA Internal Medicine, in individuals who suffered a previous heart attack, eating chocolate twice a week compared with never eating chocolate has been shown to lower the risk of death from heart disease by 66 percent.
But there are lesser-known reasons you should indulge in the (bitter)sweet stuff. Dark chocolate has been scientifically proven to keep your brain sharp, your ticker ticking and your skin shielded from the sun’s harmful rays (yes, really). Dark chocolate can be the key to beating that midday slump, accoriding to a new study from Northern Arizona University found.
This database is to our best knowledge the most comprehensive Antioxidant Food Database published and it shows that plant-based foods introduce significantly more antioxidants into human diet than non-plant foods. Because of the large variations observed between otherwise comparable food samples the study emphasizes the importance of using a comprehensive database combined with a detailed system for food registration in clinical and epidemiological studies. The present antioxidant database is therefore an essential research tool to further elucidate the potential health effects of phytochemical antioxidants in diet.
Heat oil over medium heat. Mince the garlic finely and saute for about five minutes, stirring or shaking constantly. Add in the garam masala and cumin, and cook for another few minutes until you can smell the spices rising from the pot. Add the water, sliced red chili, coconut flakes and cocoa powder. Bring to a boil, and reduce to medium low and put a lid on, leaving it slightly open. Let simmer for two hours, or until the beans are almost cooked.
Artichokes and beans may not be at the top of your list of favorite foods, but when it comes to antioxidants, these veggies earn a coveted place. They are among a growing variety of foods found to contain surprisingly high levels of these disease-fighting compounds, according to a new USDA study, which researchers say is the largest, most comprehensive analysis to date of the antioxidant content of commonly consumed foods.
The samples were classified into 24 different categories covering products from the plant kingdom, products from the animal kingdom and mixed food products. Information about sample processing (raw, cooked, dried etc), if any, was included, along with all sample specifications, i.e. product name, brand name, where the product/sample was procured and country of origin. The product information in the database was collected from the packing of the product, from supplier or purchaser. When this information was not available or the samples were handpicked, only country of origin is presented. Each sample is assigned to only one category. The classification was done according to information from the supplier or purchaser, or according to common traditional use of the food. Some foods may therefore be categorized otherwise in other food cultures. For products in the categories "Herbal/traditional plant medicine" and "Vitamin and dietary Supplements" some products may rightfully be classified as both an herbal medicine and a supplement, but are still assigned to only one category. All berries, fruits, and vegetables were fresh samples unless otherwise noted in the database. The Antioxidant Food Table contains 3139 samples. About 1300 of these samples have been published before [16,17,28] but for comparison and completeness we have included them in the present publication. All individual samples previously published are identified by a comment in the Antioxidant Food Table. The categories and products in the database are presented in alphabetic order. Information about brand names and product trademarks does not imply endorsement by the authors, and are reported as descriptive information for research applications only. The Antioxidant Food Table will in the future be available online as a searchable database. In addition to the products mentioned in this paper, other foods will in the future be analyzed and incorporated into the online version, which will be posted on the University of Oslo's web site.