Table of Contents Hide
- Rice Nutritional Profile
- Shocking Nutrients in This Food
- How to serve this food
- Diets That May Restrict or Exclude This Food
- How to Buying This Food
- How to Storing This Food
- How To Preparing This Food
- What Happens When You Cook This Food
- How Other Kinds of Processing effect This Food
- Amazing medical Uses and/or Benefits
- Adverse Effects Associated with This Food
Rice Nutritional Profile
• Energy value (calories per serving): Moderate
• Protein: Moderate
• Fat: Low
• Saturated fat: Low
• Cholesterol: None
• Carbohydrates: High
• Fiber: Low to high
• Sodium: Low
• Major vitamin contribution: B vitamins
• Major mineral contribution: Iron, calcium
Shocking Nutrients in This Food
• ball rice is a high-carbohydrate food, rich in starch, with moderate
amounts of dietary fiber. Brown rice, which has the bran (outer seed covering), is high in fiber.
• Rice’s proteins are plentiful but limited in the essential amino acids lysine and isoleucine. All rice is low in fat, but brown rice, with its fatty germ (the center of the seed), has about twice as much fat as white rice.
Brown rice is higher in vitamins and minerals than plain milled white rice. Enriched white rice is equivalent to plain brown rice. All rice is a source of B vitamins, including folates.
• In 1998, FDA ordered food manufacturers to add folates which protect against birth defects of the
spinal cord and against heart disease to flour, rice, and other grain products.
• One year later, data from the Framingham Heart Study, which has followed heart health among residents of a Boston suburb for nearly half a century, showed a dramatic increase in blood levels of folic acid. Before the fortification of foods, 22 percent of the study participants had a folic acid deficiency; after, the number fell to 2 percent.
• Rice is also a source of calcium and nonheme iron, the form of iron found in plant foods.
How to serve this food
• With legumes (beans, peas). The proteins in rice are deficient in the essential amino acids lysine and isoleucine and rich in the essential amino acids tryptophan, methionine, and cystine.
• The proteins in legumes are exactly the opposite. Combining the two foods in one dish “complements” or “completes” their proteins. With meat or a food rich in vitamin C (tomatoes, peppers). Both will increase the
availability of iron in the rice.
• Meat increases the secretion of stomach acids (iron is absorbed better in an acid environment); vitamin C changes the iron in the rice from ferric iron (which is hard to absorb) to ferrous iron (which is easier to absorb).
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Diets That May Restrict or Exclude This Food
• Low-calcium diet (brown rice, wild rice)
• Low-fiber diet
How to Buying This Food
Tightly sealed packages protect the rice from air and moisture, which can oxidize the fats in the rice and turn them rancid. Choose the rice that meets your needs. Long-grain rice, which has less starch than short-grain (“Oriental”) rice, will be fluffier and less sticky when cooked.
• Brown rice has a distinctive nutty taste that can overwhelm delicate foods or “fight” with other strong flavors.
Stained boxes of rice, even if they are still sealed. Whatever spilled on the box may have seeped through the cardboard onto the rice inside.
How to Storing This Food
• Store rice in air- and moistureproof containers in a cool, dark cabinet to keep it dry and protect its fats from oxygen. White rice may stay fresh for as long as a year.
• Brown rice, which retains its bran and germ and thus has more fats than white rice, may stay fresh for only a few months before its fats (inevitably) oxidize. All rice spoils more quickly in hot, humid weather. Aging or rancid rice usually has a distinctive stale and musty odor.
How To Preparing This Food
• Should you wash rice before you cook it? Yes, if you are preparing imported rice or rice purchased in bulk. No, if you are preparing prepacked white or brown rice.
• You wash all varieties of bulk rice to flush away debris and/or insects. You wash imported rices to rinse off the cereal or corn-syrup coating. You should pick over brown and white rice to catch the occasional pebble or stone, but washing is either worthless or detrimental. Washing brown rice has no effect one way or the other.
• Since the grains are protected by their bran, the water will not flush away either starches or nutrients. Washing long-grain white rice, however, will rinse away some of the starch on the surface, which can be a plus if you want the rice to be as fluffy as possible.
• The downside is that washing the rice will also rinse away any nutrients remaining on plain milled rice and dissolve the starch/nutrient coating on enriched rice. Washing the starches off short-grain, Oriental rices will make the rice uncharacteristically dry rather than sticky.
What Happens When You Cook This Food
• Starch consists of molecules of the complex carbohydrates amylose and amylopectin packed into a starch granule. When you cook rice, the starch granules absorb water molecules. When the temperature of the water reaches approximately 140°F, the amylose and amylopectin molecules inside the starch granules relax and unfold, breaking some of their internal bonds (bonds between atoms on the same molecule) and forming new bonds between atoms on different molecules.
• The result is a starch network of starch molecules that traps and holds water molecules, making the starch granules even bulkier. In fact, rice holds so much water that it will double or even triple in bulk when cooked.
• If you continue to cook the rice, the starch granules will eventually break open, the liquid inside will leak out, the walls of the granules will collapse, and the rice will turn soft and mushy. At the same time, amylose and amylopectin molecules escaping from the granules will make the outside of the rice sticky the reason why overcooked rice clumps together.
• There are several ways to keep rice from clumping when you cook it. First, you can cook the rice in so much water that the grains have room to boil without bumping into each other, but you will lose B vitamins when you drain the excess water from the rice.
• Second, you can sauté the rice before you boil it or add a little fat to the boiling liquid. Theoretically, this should make the outside of the grains slick enough to slide off each other. But this method raises the fat content of the rice with no guarantee that it will really keep the rice from
• The best method is to cook the rice in just as much water as it can absorb without rupturing its starch granules and remove the rice from the heat as soon as the water is almost all absorbed. Fluff the cooked rice with a fork as it is cooling, to separate the grains.
How Other Kinds of Processing effect This Food
“Converted” rice is rice that is parboiled under pressure before it is milled. This process drives the vitamins and minerals into the grain and loosens the bran so that it slips off easily when the rice is milled. Converted rice retains more vitamins and minerals than conventionally milled white rice.
This is rice that has been cooked and dehydrated. Its hard, starchy outer covering and its starch granules have already been broken so it will reabsorb water almost instantly when you cook it.
Amazing medical Uses and/or Benefits
To soothe irritated skin.
Like corn starch or potato starch, powdered rice used as a dusting powder or stirred into the bath water may soothe and dry a “wet” skin rash. It is so drying, however, that it should never be used on a dry skin rash or on any rash without a doctor’s advice.
• As a substitute for wheat flour in a gluten-free diet. People with celiac disease have an inherited metabolic disorder which makes it impossible for them to digest gluten and gliadin, proteins found in wheat and some other grains. Rice and rice flour, which are free of gluten and gliadin, may be a useful substitute in some recipes.
Adverse Effects Associated with This Food
Beri-beri is a thiamin (vitamin B1)-deficiency disease. Beri-beri, which is rare today, occurs among people for whom milled white rice, stripped of its B vitamins, is a dietary mainstay. Enriching the rice prevents beri-beri.
Rice, like other grains, may support the growth of toxic molds, including Aspergillus flavus, which produces carcinogenic aflatoxins. Other toxins found on moldy rice include citrinin, a penicillium mold too toxic to be used as an antibiotic; rubratoxins, mold products known to cause hemorrhages in animals who eat the moldy rice; and nivalenol, a mold toxin that suppresses DNA and protein synthesis in cells. Because mold may turn the rice yellow, moldy rice is also known as yellow rice.
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