Posts Tagged ‘animal’

Macrobiotic dog food diet

Wednesday, April 15th, 2009

Diet 1 - Macrobiotic

The word - macrobiotic - does come from Ancient Greek: macros - means big, bios - stand for world (universe, cosmos). This philosophy comes out from the assumption that man is part of the nature and universe and his health is conditioned by the way, how he accepts the world and his relationships with his neighbourhood. Everybody should be at least as healthy to be fully happy from the life.

Macrobiotic, macrobiotic diet

Macrobiotic and menu according to macrobiotic principles may be appropriate supplement or even the base of the diet for food allergy. In accordance to diets, as a necessary precaution to food allergies and intolerances, I assume, that acceptation of some principles of macrobiotic and subsequent menu adjustment could be appropriate method, how to relief oversensitive immunity systém and whole organism of allergic people and in the same time enlarge already poor menu.

Further are then introduced very brief macrobiotic principles, with this, that continuously will appear new recipes from this area.

It’s a way of eating and lifestyle, that is known for several thousand years. In the modern times come up more often to bigger distraction of man from nature, which consequences are more and more not only known diseases, but also diseases and sick conditions, with that new modern medicine can’t help.

The principle of macrobiotic diet is food rich on cereal, legumes, fresh vegetables and fruits and necessary big restriction of meat, cheese, eggs, poultry and refined foods with small contents of fibre, furthermore salt, sugar and fat.

Requirements for correct alimentation and nutrition coming out of geographical location, climate, place, profession demandingness and individual differencies as e.g. state of health.
Makeup of macrobiotic foods

Modern cooking consist of big amount of refined and synthetic foods. It’s assembled particularly satiated animal lipids, cholesterol, refined vegetal lipids, excessive degree of salt, sugar and chemical additives.

Structure of macrobiotic foods

50- 60% cereals (whole grains), 20-30% vegetables, 5-10% legumes and seaweeds and 5-10% soups and 5 percent of relish and remaining foods.

Principles of macrobiotic diet for inhabitants of temperate zone

Consumption of shellfish, mollusc and fishes (compensation of pork, beef and poultry meats).
Soya products (milk products compensation).
Consumption of foods in the most natural shapes - unhusked grains of cereals and their flours, that replace white flour.
Elimination of refined sugars from the diet and their substitution for compound sugars (polysacharides) - they burn slower.
Considerably bigger and more often use of legumes in our menu.

Basic foods in macrobiotic

Whole grains

Cereal grains have to stay whole and also be consumed as whole. They are prepared by cooking in pressure cooker or baking in ceramic pot. The main consumed grains are wheat, barley, brown rice, buckwheat, corn, millet, oat, rye.

Vegetables

In macrobiotic they make together with whole grains the base of the diet. The best is fresh, from home market. We should use seasoned vegetables, thus it’s not suitable to use vegetables, that is not commonly growing in our zone. In the winter is therefore good to consume marrow, cabbage and root vegetables. Vegetable is also recommended to consume with fish, because it help digesting of fish meat. Amongst unsuitable vegetables we classify spinach, rhubarb, asparagus, mangold and tomatoes. They include big amounts of oxalates that are often cause of allergens.

Seaweeds

Seaweeds belong to important part of macrobiotic diet. They are valuable source of vast amount of trace elements and minerals, that are necessary for optimalization of metabolic processes in our body. Seaweeds used in macrobiotic: Agar-agar, arame, Dulse, Hijiki, Irish moss, Kelp, Kombu, Nori, Wakame.

Pulses

Belong as well to basic stone of macrobiotic eating. In the present time are legumes very neglected, and that is big mistake. Legumes contain high quality proteins of vegetable source, hence they are more healthier than meat. On top of that they contain wide range of vitamins and minerals.

Soya and soy products

Also count to very important parts of macrobiotic. To their biggest advantages go easily digestible proteins. To the most used soya products belongs tofu, tempeh, miso and soy sauce Tamari and Shoyu.

Supplemental foods in macrobiotic

Salt - in macrobiotic is used solely see salt, that is obtained by volatilization of ocean water. To other supplemental products and condiments belong for example ginger, rice vinegar, onion, soy sauce, umeboshi plumps, nori condiment, gomasio (sesame seeds + see salt + sometimes powder from seaweeds) and others.
Sweetener - only naturals are used - barley malt, amasake, apple syrup.
Oil - we use only non refined oils, created by simple extraction if cold. To the regular using are the most appropriate particularly light and dark sesame oil and corn oil cold.

Beginning of macrobiotic diet

After your decision to change your whole diet and menu, there should follow gradual restriction of satiated lipids, refined starch and sugar. On the contrary you should include to your menu more cereals, pulses, vegetables, seaweeds. Every day try to eat several kinds of whole grains and vegetables, that should be dominant in cooked condition, legumes and seaweeds.

The basic kitchen tool is pressure cooker , wooden equipment, pots from stainless steel or alloy, knifes from carbon or stainless steel, big stainless steel strainer, ceramic pots for baking in the oven.

We wash foods just before cooking and use them with husk, in husk is contained the most valuable matters. We soak legumes for 8 hours before cooking (through the night at best). The water from soaked pulses strain off, the water from the whole grains you can use for cooking. Vegetable prepare by cooking but more suitable is preparation under steam. Cooked vegetable flavour with little amount of soy sauce and salt with pinch of sea salt.

China health study

Wednesday, April 15th, 2009

CHINA HEALTH STUDY
The China Health Study, touted as the grand prix of epidemiology studies, challenged modern dietary assumptions in the early 1990s. Sponsored by the U.S. National Cancer Institute and the Chinese Institute of Nutrition and Food Hygiene, the study correlated average food and nutrient intakes with disease mortality rates in 65 rural Chinese counties. The typical Chinese diet included a high proportion of cereals and vegetables and a low amount of meat, poultry, eggs, and milk. Less than 1 percent of deaths were caused by coronary heart disease, and breast cancer, colon cancer, lung cancer, and other malignancies common in the West were comparatively rare. Among the researchers’ chief findings:
• Fat consumption should ideally be reduced to 10 to 15 percent of calories to prevent degenerative disease, not 30 percent as usually recommended.
• The lowest risk for cancer is generated by the consumption of a variety of fresh plant products.
• Eating animal protein is linked with chronic disease. Compared to the Chinese who derive 11 percent of their protein from animal sources, Americans obtain 70 percent from animal food.
• A rich diet that promotes early menstruation may increase a woman’s risk of cancer of the breast and reproductive organs.
• Dairy food is not needed to prevent osteoporosis, the degenerative thinning of the bones that is common among older women.
• Meat consumption is not needed to prevent iron-deficiency anemia. The average Chinese consumes twice the iron Americans do, primarily from plant sources, and shows no signs of anemia.
Dr. T. Colin Campbell, a Cornell biochemist and principal American director of the project, noted, “Usually, the first thing a country does in the course of economic development is to introduce a lot of livestock. Our data are showing that this is not a very smart move, and the Chinese are listening. They’re realizing that animal-based agriculture is not the way to go.”
Source: Chen Junshi, T. Colin Campbell, Li Junyao, and Richard Peto, Diet, Life-Style, and Mortality in China (Ithaca, N.Y.: Cornell University Press, 1990). and Jane Brody, “Huge Study of Diet Indicts Fat and Meat,” New York Times, May 8, 1990.

Animal waste

Tuesday, April 14th, 2009

ANIMAL WASTE
Animal manure poses a national environmental risk. Amounting to 1.3 billion tons a year in the U.S., it exceeds the amount of human waste by 130 times, and there are no national standards for treating it. See Water.

• Animal Waste Major Water Polluter - According to a report by the U.S. Senate Agricultural Committee, animal waste is the major water polluter in the U.S. For example, a single 50,000-acre hog farm in Utah creates more waste than the city of Los Angeles and has no sewage plant to treat it. Premium Standard Farms, the nation’s second largest hog producer, produces five times more waste than the city of St. Louis. The study found that 60 percent of the nation’s rivers and streams were “impaired” by agricultural runoff. In 1996, for example, 40 animal waste spills killed 670,000 fish in Iowa, Minnesota, and Missouri, double the number of spills four years previously. Excess nutrients form agricultural runoff have flowed down the Mississippi River to the Gulf of Mexico where they have created a dead zone, in which no living organisms can survive, the size of New Jersey.
Source: “Large Amounts of Animal Manure Pose Environmental Risks,” Associated Press, December 28, 1997; Stan Grossfeld, “Animal Waste Emerging as U.S. Problem,” Boston Globe, September 21, 1998.

• Animal Waste and Pollution of Chesapeake Bay - The outbreak of pfisteria piscida, a microorganism that has decimated fish populations in Chesapeake Bay, the nation’s largest and richest coastal estuary, has been linked with animal wastes along Maryland’s rural Eastern Shore, site of one of the country’s largest concentration of poultry farms. Physicians further confirmed that people who eat contaminated fish were at risk of coming down with a mysterious illness first observed by local fisherman that is characterized by chronic difficulties with learning and memory, as well as skin rashes and respiratory problems. Even young, vigorous men were unable to remember simple, basic things.
Excess nutrients such as nitrogen and phosphorous from the poultry farms have polluted rivers in the region and are believed to have turned the organisms, first identified in 1992, from a benign spore lying on the bottom of streambeds, into a powerful toxin. The Eastern Shore, encompassing part of Maryland, Delaware and Virginia, has 625 million chickens, and the poultry industry is growing at a rate of 20 percent yearly. “When you’ve got such a huge concentration [of animals] with literally millions of tons of waste, the land is not going to be able to absorb it,” Chad Smith a local environmentalist noted.
Source: David Lauter, “Livestock Wastes Pose Health Threat,” Los Angeles Times, September 21, 1997.