The Kuna Indians of the San Blas islands of Panama, who drink roughly three cups of a cacao beverage daily and have a very low prevalence of hypertension, myocardial infarction and stroke compared to those on the mainland, are a good example of chocolate’s benefits at work. In addition, studies have found that their blood pressure doesn’t rise with age (4).
To date, studies have confirmed that chronic inflammation contribute to factors that increase your risk of developing cancer, including DNA mutations and cancer cell growth. Research has confirmed that the antioxidants in dark chocolate have a strong ability to fight the DNA damage that could lead to cancer development, as well as reduce certain inflammation enzymes that could encourage its growth (12).
As demonstrated in the present study, the variation in the antioxidant values of otherwise comparable products is large. Like the content of any food component, antioxidant values will differ for a wide array of reasons, such as growing conditions, seasonal changes and genetically different cultivars [46,58], storage conditions [59-61] and differences in manufacturing procedures and processing [62-64]. Differences in unprocessed and processed plant food samples are also seen in our study where processed berry products like jam and syrup have approximately half the antioxidant capacity of fresh berries. On the other hand, processing may also enhance a foods potential as a good antioxidant source by increasing the amount of antioxidants released from the food matrix which otherwise would be less or not at all available for absorption . Processing of tomato is one such example where lycopene from heat-processed tomato sauce is more bioavailable than unprocessed tomato . The large variations in antioxidant capacity observed in the present study emphasize the importance of using a comprehensive antioxidant database combined with a detailed system for food registration in clinical and epidemiological studies.
Every single one of us has both antioxidants and free radicals present inside of our bodies at all times. Some antioxidants are made from the body itself, while we must get others from our diets by eating high antioxidant foods that double as anti-inflammatory foods. Our bodies also produce free radicals as byproducts of cellular reactions. For example, the liver produces and uses free radicals to detoxify the body, while white blood cells send free radicals to destroy bacteria, viruses and damaged cells.
An influx of sugar into the bloodstream upsets the body's blood-sugar balance, triggering the release of insulin, which the body uses to keep blood-sugar at a constant and safe level. Insulin also promotes the storage of fat, so that when you eat sweets high in sugar, you're making way for rapid weight gain and elevated triglyceride levels, both of which have been linked to cardiovascular disease. Complex carbohydrates tend to be absorbed more slowly, lessening the impact on blood-sugar levels.
Many of us take the bait at the word “antioxidant,” buying health and beauty products without knowing exactly how these mysterious compounds actually benefit us. Let's clear that up: “Antioxidants act like little bodyguards to protect our cells from damage that can lead to premature aging and disease,” explains Cynthia Sass, Health’s contributing nutrition editor. They neutralize harmful free radicals, molecules that play a role in cancer, Alzheimer’s, heart disease, and more.
When it comes to your kidneys, it's easy to think that salt is the harmful white crystal. This is because we are constantly being told that eating too much salt is stressful on our kidney-shaped organs. However, this does not appear to be true. Indeed, the evidence in the literature shows that overconsuming sugar drives chronic kidney disease, whereas not consuming enough salt can actually cause kidney issues. In fact, one study concluded kidney function actually deteriorates with a low-salt diet due to impaired blood flow to the kidneys.
Currently, there are no government guidelines for consumers on how many antioxidants to consume and what kind of antioxidants to consume in their daily diet, as is the case with vitamins and minerals. A major barrier to such guidelines is a lack of consensus among nutrition researchers on uniform antioxidant measurements. Scientists will soon attempt to develop such a consensus at the First International Congress on Antioxidant Methods, held June 16-18 at the Caribe Royale Hotel and Conference Center in Orlando, Fla., with the ultimate goal of developing better nutritional data for consumers. ACS is the principal sponsor of the meeting.
No introductions are needed for this highly treasured food that dates back to 2000 BC. At that time, the Maya from Central America, the first connoisseurs of chocolate, drank it as a bitter fermented beverage mixed with spices or wine. Today, the long rows of chocolate squares sitting neatly on your store shelves are the end result of many steps that begin as a cacao pod, larger than the size of your hand. Seeds (or beans) are extracted from the pod and fermented, dried, and roasted into what we recognize as cocoa beans. The shells of the bean are then separated from the meat, or cocoa nibs. The nibs are ground into a liquid called chocolate liquor, and separated from the fatty portion, or cocoa butter. The liquor is further refined to produce the cocoa solids and chocolate that we eat. After removing the nibs, the cocoa bean is ground into cocoa powder that is used in baking or beverages.
Our results show large variations both between as well as within each food category; all of the food categories contain products almost devoid of antioxidants (Table (Table1).1). Please refer to Additional file 1, the Antioxidant Food Table, for the FRAP results on all 3139 products analyzed. The categories "Spices and herbs", "Herbal/traditional plant medicine" and "Vitamin and dietary supplements" include the most antioxidant rich products analyzed in the study. The categories "Berries and berry products", "Fruit and fruit juices", "Nuts and seeds", "Breakfast Cereals", "Chocolate and sweets", "Beverages" and "Vegetables and vegetable products" include most of the common foods and beverages which have medium to high antioxidant values (Table (Table1).1). We find that plant-based foods are generally higher in antioxidant content than animal-based and mixed food products, with median antioxidant values of 0.88, 0.10 and 0.31 mmol/100 g, respectively (Table (Table1).1). Furthermore, the 75th percentile of plant-based foods is 4.11 mmol/100 g compared to 0.21 and 0.68 mmol/100 g for animal-based and mixed foods, respectively. The high mean value of plant-based foods is due to a minority of products with very high antioxidant values, found among the plant medicines, spices and herbs. In the following, summarized results from the 24 categories are presented.
Sounds like a lot of work? It certainly is more work than a meal-in-a-box meal, but so worth it! We haven’t had to take any of the kids to the doctor in years, all but one have never had antibiotics and they are happily active and fit naturally. My hope as they grow is to nurture their own healthy eating habits and develop a lifelong foundation for healthy eating.
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.
Things get a little bumpy when the liver becomes full of glycogen due to excessive refined sugar consumption. When you eat too much sugar, the fructose levels build up, and the liver eventually turns them to fat. That fat can get stuck in the liver, which causes non-alcoholic fatty liver. In other words, excessive sugar consumption can eventually have the same
You know saturated fats are bad for your heart, but sugar can also have a damaging effect on your cardiac health. A high intake of added sugars seems to increase the risk of cardiovascular disease mortality. One study that took place over 15 years indicated that people who consume 25 percent or more of calories from sugar were more than twice as likely as those who consumed less than 10 percent of calories from sugar to die from heart disease. Simply eating a high-sugar diet significantly increases your risk of heart problems.