Posts Tagged ‘tofu’

How some groceries get their names

Wednesday, April 15th, 2009

How some groceries get their names

In the last times we have used to, that in our market and directly on our dishes, appear strange, formerly unknown foods. Few of them get new name from us. In most cases we také them with their original names, that is a little adjusted to English. Even in macrobiotic diet, that gives priority to products of local, ergo american at best of origin, does occur range of exotic ingredients thus words. Huge amount of them comes from Japanese. For interest I offer you short guidebook for some of these words with explanations why do they sound like this and not otherwise. Part of them is however etymologicly opaque (kuzu, shoyu, miso, kombu).

Probably the most widespread speciality of orient origin is soya cheese (sometimes also called cottage cheese) tofu. This word is of Chinese origin and is compounded from phrases tó and hu, which do mean “spoilt soya”. Japanese pronunciation is really more closer to tóhu then tófu; in Japanese books of travel we can read, how through villages and cities did cruise boys on bicycles, they were called tófuja-san, thus roughly “mister tofu”, because in the box on carrier they were delivering fresh tofu and sell them to families. When about these tofu carriers replace mobile icecream mans in our countryside. The second mentioned product natto does also include component tó (soya bean in Chinese), but first part of the word does mean probably “cleaned”. My Japanese friend contribute to this: “Do you already know that tohu in cubes does look like “cleaned soya”, but by this name is called natto, that is evidently spoiled, but is called cleaned!” The word for soya - daizu - does mean “big bean”.

You can easily analyse names of seaweeds - nori does mean “ocean moss” by the Chinese characters, that is this word recorded with, but the meaning is not clear from the sound meaning of the Chinese word. Arame is “sparse ocean plant” (arai - sparse + me), whereas wakame “young ocean plant” (wakai - young), but Japanese friend comments again: “If this wakame does grow for example four or five years, we still call it wakame.” By the other seaweeds the names are not so clear, I’ll give notice only about everlasting problem, what to do with hiziki - I have seen already probably four versions spelling, that try to successfully put it well to original. Thus make notice, that right Japanese pronunciation is chižiki. And write is as you want.

Even among vegetables does appeared new product from the world of raising sun - big rooted daikon. And his etymology? Dai is big and kon is root. Nothing very inventive. The same for our favoured umeboshi don’t mean nothing else than dried plumps (ume - plump + boshi - dried). And if we are with the names that don’t boast with resourcefulness, let’s add rubbing bowl suribashi, that Japanese read suribači, because it’s compounded from verb suru - rub and bachi - bowl. If we see written “rubbing bowl suribachi”, it’s the same nonsense as “CD - disc”.

Gomasio, according to original reading gomashio is formed from parts goma - sesame and shio - salt, again nothing spectatular. And the last mention I’ll do about tea. You have probably noticed, that most from macrobiotic recommended teas is ending by cha. Right from this Chinese base have Czech language name for tea - čaj. Japanese do use the same term but they always characterize it somehow, for example by adding kuki, that does mean twig. The same for sencha does mean “roasted tea” and our favorite bancha hides in itself a little of xenophobia, because it could be translated as “alien tea”. And we are home.

People come here for:
tea tofu
soya tea
origin of soya
tofu pronunciation
gomasio meaning
spoilt tofu
macrobiotic groceries
soya and tofu

Children’s lunch programs

Wednesday, April 15th, 2009

CHILDREN’S LUNCH PROGRAMS
Several school systems around the United States have introduced brown rice, tofu, and more healthful foods, but as a rule school lunches are still high in fat and cholesterol, dairy, sugar, and highly processed foods.

• Soy Approved for School Lunch Programs - In 1983 the U.S.D.A. approved the use of soy products and other vegetable protein products as partial substitutes for meats in school lunch and some other feeding programs, noting:
• Soy products were comparable with milk in protein quality for preschool and older children.
• Except for premature infants, soy protein can serve as a sole protein source in the human diet.
• Soy foods are high in protease inhibitors that inhibit the action of various enzymes that have been associated with causing cancer.
• Soy formulas are lactose free and may benefit infants and small children who are sensitive to cow-milk protein which can cause diarrhea, emesis, vomiting, and weight loss.
• Soy products can reduce cholesterol and triglycerides in subjects with high lipid levels and protect against heart disease.
• Soy foods are useful in decreasing blood glucose responses compared with other high-fiber foods and may prevent diabetes.
“One desirable way to alter typical American diet patterns to meet the above [National Academy of Science, WHO, USDA] dietary recommendations involves partial replacement of foods of animal origin with cereals and legumes… “Although at the present time soy protein makes up only a small component of the American diet, it is expected that the many positive aspects of soy will result in increasingly greater human use of this legume. A whole variety of low-cost, highly functional soy-protein products are available for use.”
Source: John W. Erdman, Jr. and Elizabeth J. Fordyce, “Soy Products and the Human Diet,” American Journal of Clinical Nutrition 49:725-37, 1989.

• Natural Foods in School Cafeterias - The Food Studies Institute in Trumansburg, N.Y., initiates programs in school cafeterias to teach children natural foods cooking and the value of wholesome nutritious foods from around the world. Organizer Antonia Demas reports that children who have a “hands-on sensory experience” of cooking brown rice, lentils, and other healthful foods together “eat things their parents swear they’d never touch.” Her curriculum has been adopted by several schools across the country. For Martin Luther King Day, children made a Soul Stew with black-eyed peas, corn, and kale, after sampling eight different greens. “The rest of the year, I kept hearing from parents that their kids were begging them to buy dandelion greens,” Dr. Demas said.
Source: Karen Baar, “School Lunches: When They Love Even the Greens, New York Times, Sept. 3, 1997 and The Food Studies Institute, 60 Cayuga St., Trumansburg NY 14886; (607) 387-6884.

• The Healthy School Lunch Program - The Healthy School Lunch Program is a network of volunteers around the country which meets with students, teachers, and food service personnel, providing them with information on healthful foods, offering recipes, and assisting in meal preparation. Part of John Robbin’s EarthSave Foundation, the project publishes Healthy School Lunch Action Guide by Susan Campbell and Todd Winant , offering a comprehensive, step-by-step approach to changing school lunch programs in local communities.
Source: The Healthy School Lunch Program, EarthSave, 706 Frederick St., Santa Cruz CA 95062; (408) 423-4069.

• Nutritional Curriculum for Junior High Students - The Rite Bite is a nutritional curriculum designed for junior high students to examine their own lifestyles and learn about vegetarian and natural foods. The 141-page notebook includes teacher lesson guides, background information, and posters, as well as handouts, activities, and fix-at-school recipes for six fun, informative sessions.
Source: The Rite Bite, Physicians Committee for Responsible Medicine, 5100 Wisconsin Ave., NW, Suite 404, Washington, DC 20016; (202) 686-2210.

• Preschoolers Like Tofu - In tests of the acceptability of tofu in the lunch menus of preschoolers, analysis showed that the nutritional quality of the nine tofu recipes adhered more closely to dietary guidelines than the beef, chicken, eggs, and cheese originally served. The children accepted the tofu well, preferring it to dairy and meat in several dishes including macaroni and cheese, lasagna, tuna casserole, and quiche.
Source: H. L. Ashraf et al., , “Use of Tofu in Preschool Meals,” Journal of the American Dietetic Association 90:114-16, 1990.

• College Students Respond to Tofu - When tofu replaced meat, eggs, and dairy food as the main protein source in twelve recipes in a college cafeteria, researchers found that it increased nutrition and was well accepted by the students. The only two recipes found lacking were those for tofu nuggets, which had a poor texture, and tofu chocolate mint pie. In the latter recipe, students disliked not the tofu but the mint flavoring.
Source: H. L. Ashraf and D. Luczycki, “Acceptability of Tofu-Containing Foods among College Students,” Journal of Nutrition Education 22:137-40, 1990.

Breast cancer

Wednesday, April 15th, 2009

BREAST CANCER
Breast cancer has reached epidemic proportions in modern society, affecting 1 in 8 women. Breast cancer rates are substantially lower in countries where plant-centered diets are eaten. The protective effects of miso, tofu, and other soy products high in phytoestrogens and isoflavones are being intensively studied around the world. See Carrots, Dairy, Estrogen, Isoflavones, Menopause, Menstrual Disorders, Miso, Phytoestrogens, Sea Vegetables, Soy Foods, Tofu, Tempeh, Vegetables, Vegetarian Diet, Vitamin D, War-Restricted Diet, Women’s Health.

• Macrobiotic Diet Lessens Breast Cancer Risk - Macrobiotic and vegetarian women are less likely to develop breast cancer, researchers at New England Medical Center in Boston reported. The scientists found that macrobiotic and vegetarian women process estrogen differently from other women and eliminate it more quickly from their body. The study involved 45 pre- and postmenopausal women, about half of whom were macrobiotic and vegetarian and half nonvegetarian.
The women consumed about the same number of total calories. Although the vegetarian women took in only one third as much animal protein and animal fat, they excreted two to three times as much estrogen. High levels of estrogen have been associated with the development of breast cancer. “The difference in estrogen metabolism may explain the lower incidence of breast cancer in vegetarian women,” the study concluded.
Source: B. R. Goldin et al., “Effect of Diet on Excretion of Estrogens in Pre- and Postmenopausal Incidence of Breast Cancer in Vegetarian Women,” Cancer Research 41:3771-73, 1981.

• Miso Retards Tumors - In laboratory experiments, Japanese researchers reported that chemically-induced breast tumors in rats could be significantly decreased by feeding the animals a diet consisting of 10 percent miso.
Source: T. Gotoh et al., “Chemoprevention of N-nitroso-N-methylurea-Induced Rat Mammary Carcinogenesis by Soy Foods or Biochanin A,” Japanese Journal of Cancer Research 89(2)137-42, 1998.

• Kombu Decreases Risk of Breast Cancer - In an experiment at the Harvard School of Public Health, laboratory animals fed a control diet with 5 percent Laminaria (kombu), a brown sea vegetable, developed induced mammary cancer later than animals not fed seaweed.
“Seaweed has shown consistent antitumor activity in several in vivo animal tests,” the researchers concluded. “In extrapolating these results to the Japanese population, seaweed may be an important factor in explaining the low rates of certain cancers in Japan. Breast cancer shows a three-fold-lower rate among premenopausal Japanese women and a nine-fold-lower rate among postmenopausal women in Japan than reported for women in the United States. Since low levels of exposure to some toxic substances have been shown to be carcinogenic, then it may be that low levels of daily intake of food with antitumor properties may reduce cancer incidence.”
Source: J. Teas, M. L. Harbison, and R. S. Gelman, “Dietary Seaweed [Laminaria] and Mammary Carcinogenesis in Rats,” Cancer Research 44:2758-61, 1984.

• Tofu and Miso Protect Against Breast Cancer - In a study of the effects of soy products on female hormones, Japanese scientists reported that consumption of miso and tofu reduced production of estradiol in 50 healthy premenopausal women. “Our results suggest that the consumption of soy products lowers the risk of developing breast cancer risk modifying estrogen metabolism,” the researchers concluded.
Source: C. Nagata, “Decreased Serum Estradiol Concentration Associated with High Dietary Intake of Soy Products in Premenopausal Japanese Women,” Nutrition and Cancer 29(3):228-33, 1997.

• Asian Diet Helps Heal - A diet high in soy foods, vegetables, and fish oil may reduce the risk of breast cancer, according to a study conducted by the Jonsson Cancer Center at the University of California at Los Angeles. Dr. John Glaspy put 25 American women in remission from breast cancer on an Asian-style diet and reported that in three months on the diet the ratio of omega-3 in the women’s blood rose fivefold. The omega-3 to omega-6 ratio in breast fat is considered a major indicator of risk for this disease. Source: D. Bagga et al., “Dietary Modulation of Omega-3/Omega-6 Polyunsaturated Fatty Acid Ratios in Patients with Breast Cancer,” Journal of the National Cancer Institute 89(15):1123-31, 1997.

• Diet Lowers Risk for Hispanics - Hispanic women in the U.S. have the lowest mortality rate from breast cancer of all ethnic groups. University of Texas researchers reported that a study of 22 Hispanic women in the Houston area showed their mean intake of dietary fiber from grains, breads, beans, and vegetables was higher than other groups. “This may help explain the lower incidence of breast cancer among some Hispanic populations,” the study concluded.
Source: “Dietary Fiber, Hispanics, and Breast Cancer Risk?” Annals of the New York Academy of Science 837:524-36, 1997.

• Risks of Tamoxifen - Tamoxifen, a synthetic hormone that blocks estrogen, has been promoted for reducing the risk of breast cancer. However, it increases the risk of uterine cancer and blood clots. In a federal study, women who took tamoxifen had 45 percent fewer cases of breast cancer than controls, but over twice as much uterine cancer, nearly three times as many blood clots in the lungs, and 50 percent more blood clots in major veins.
For women age 50 or older, for every one thousand women treated with tamoxifen for five years, the drug might prevent 17 cases of invasive breast cancer, while causing 12 cases of endometrial cancer and 10 serious blood clots.
Source: Lawrence K. Altman, “Researchers Find the First Drug Known to Prevent Breast Cancer,” New York Times, April 7, 1998 and “Breast Cancer Breakthrough,” New York Times, April 8, 1998.