Diabetes and the kidneys

Sara on February 26th, 2009

Two-thirds of our blood volume flows through our two kidneys in one minute to be cleansed of waste matter that has arisen from our tissue cells, from metabolizing the foods that we have consumed to replace themselves or for the production of energy and heat. One common waste matter is urea. Salts eaten in excess are also removed through kidneys. Thus kidneys are vital to the keeping of our body fluids in a “clean” and well-balanced state of salt and water.

Kidneys also conserve glucose. When glucose does not exceed 160 to 180 mg/DL in the blood, it is conserved in the kidneys. This is called the renal threshold of the kidney for blood glucose. However, when blood glucose exceeds 180mg/DL, the kidneys are unable to conserve the excess glucose. This excess glucose is lost through the kidneys with an excessive amount of water. This results in the diabetic patient passing large volumes of sweet urine. The passing of large volumes of sweet urine is termed diabetes (large volume of urine) mellitus (sweet).

Diabetes mellitus has been recognized from early days by the Greeks. They described the disease appropriately as “a melting down of the flesh and limb into (sweet) urine”, including the kidneys, which are themselves poisoned by this excessive amount of unutilized glucose. Kidney failure is a common cause of death among diabetics.

~Get your diabetic recipes here

Tags: ,

Sara on February 26th, 2009

Insulin is a hormone. A hormone has been described as a substance (a protein molecule usually) that is secreted by one cell which has an influence on the action of another cell (the target cells). Insulin (the hormone) is secreted by the islet cells that are found in pancreas. The islet cells secrete insulin in response to the presence of glucose in the bloodstream. If more glucose is present, as is the situation after a meal, more insulin is secreted. Insulin acts mainly on the liver, muscle and fat cells of the body (the target cells). Muscle cells form the greater bulk of the body mass. The muscle cells of the body consume or take up most of the glucose.

The action of insulin on the muscle cells may be liken to that of a “key” that turns the “lock” (insulin receptor) on a muscle cell which opens a door for the entry of glucose into the cell. Glucose must enter the muscle cell before it can be used to produce energy that we require for breathing, heartbeat and walking.

~Get your diabetic recipes here

Tags:

Sara on February 26th, 2009

Gymnema sylvestre is a plant native to tropical regions of India and has a lengthy record of use in the treatment of both Type 1 and Type 2 diabetes. Giving Gymnema extract to Type 1 diabetics helped to reduce insulin requirements and improve blood glucose regulation. When 400 mg/day of Gymnema extract was given to 22 patients with Type 2 diabetes along with their oral hypoglycemic drugs, all patients experienced improved blood glucose control and 5 of these subjects were able to discontinue drug usage altogether, using just Gymnema to regulate blood glucose.

~Low Sugar Recipes.com

Tags:

Sara on February 25th, 2009

If we examine the foods that we eat, we will realize that it consists of mainly one food type – carbohydrates. Glucose and cane sugars that we sweeten our coffee with are the simplest carbohydrates. Bread, noodles, rice, flour, tapioca are all carbohydrates that are digested, broken down and turned into glucose and are absorbed into the bloodstream as such.

We realize now that after every meal that we eat, we absorb a considerable amount of glucose into our bloodstream, derived from the digestion of carbohydrates in our food. For Asian people who eat essentially rice or tuba (tapioca, yam, sweet potatoes), there will indeed be a very considerable absorption of glucose into the bloodstream after a meal.

However, in spite of this high absorption of glucose, the blood glucose level after a meal does not rise beyond approximately 140 mg/DL. This is because the body has already prepared itself to receive this high amount of glucose. The body responds by producing a varying amount of a hormone called insulin from its islet cells. This insulin induces the muscle and fat cells of the body mainly to quickly and rapidly store away the glucose absorbed.

~Get your diabetic recipes here

Tags: ,

Sara on February 25th, 2009

Glucose in excess in the bloodstream acts as a poison. One way by which it acts as a poison is when it begins to attach to the protein molecules of tissues in greater amounts. As an example, we find that glucose in normal amounts in the bloodstream, i.e. 80-140 mg/DL, is attached to 6% of hemoglobin (a protein of the red blood cell).

When glucose is in excessive amounts, i.e. greater than 200mb/DL, as is commonly seen in diabetes mellitus, a greater percentage (e.g. 10%) of glucose is attached to hemoglobin. This is commonly measured as HbA1. The attachment of glucose to protein molecules of tissue cells alters its function (metabolism). The cells become sick and it cannot readily release the oxygen that it carries to serve the needs of other tissues, for example, the retina of the eye. This relative lack of oxygen supply to the all important reflecting surface of the eye results in an overgrowth of new blood vessels that are prone to rupture and bleed. This is the common cause of blindness in the diabetic patient.

~Get your diabetic recipes here

Tags: ,

Sara on February 19th, 2009

Salt bush is a plant native to the Middle East. Researchers in Israel found that 3 grams daily of salt bush capsules provided improved blood glucose regulation in Type 2 diabetes.

~Low Sugar Recipes.com

Tags: ,

Sara on February 19th, 2009

The statistics regarding diabetes in America are not very encouraging. However, the diseases that affect the diabetic are started and exaggerated by poor blood glucose control. You can minimize your risk for the following conditions. But be aware that ignoring your diabetes puts you in a high risk category for problems of the:

1) Circulatory system, including heart disease, stroke, poor circulation to the feet and hands. 80% of Type 2 diabetics die from heart disease.

2) Shriveling of the tiny blood vessels leading to problems in the eyes, aka retinopathy. 15 years after diagnosis, 90% of Type 1 and 80% of Type 2 diabetics show some damage to the retina of the eyes.

3) Kidney complications or nephropathy. The vast majority of American patients on renal dialysis are diabetics.

4) Nerve damage, or neuropathy, leading to tingling, painful, “pins & needles” sensations in the hands and feet.

5) Nerve damage to the bladder, intestines, sexual organs etc. And the consequences of losing the contributions from those organs or regions of the body.

6) Ulcers of the leg and foot, which are combined problems of nerves and blood vessels.

~Get your diabetic recipes here

Tags: ,

Sara on February 18th, 2009

Once a spice and staple in southeastern Europe and western Asia, fenugreek seeds have long been used in folk medicine to treat diabetes. Today, we know scientifically that fenugreek seed powder is a potent agent for reducing levels of fats and glucose in the blood. Fairly hefty amounts of fenugreek, around 15-50 grams twice daily, are required to seriously lower blood sugar levels. Since defatted fenugreek seed powder is a somewhat bitter substance, it usually requires the person to swallow it in capsules. 50 grams of capsules twice daily is a lot of work. Some people, especially east Indians, use fenugreek powder as a condiment, like we use salt, which make its use as a supplement much more realistic.

~Low Sugar Recipes.com

Tags:

Sara on February 17th, 2009

Anthropologists (scientists who study the origins of humans) tell us that humans were originally “hunters and gatherers”. Then came the ice age, in which vast regions of the earth were covered with ice and the remaining parts of the earth were much colder than normal. This Ice Age, obviously, was not conducive to farming and the availability of lots of plant food. So most of our ancestors, until about 25,000 years ago when the ice began receding to its current position, were meat eaters. Meanwhile, glucose, which only comes from plant food, is the most essential fuel in the human food. The brain, lens of the eye, lungs, and kidneys must have glucose to operate properly. The brain is so dependent on glucose that it does not even need insulin to get glucose into the cells, which is unusual, since nearly all other body cells require insulin and the Glucose Tolerance Factor (GTF) to enable glucose to slip in through the cell membrane.

Back to our ancient ancestors. They consumed very little carbohydrates, and what little they consumed had to be quickly shuttled to the cells for fuel, lest the glucose linger in the bloodstream and cause some damage. People who did not eat much plant food, such as those groups from the colder climates in northern Europe, developed an ability to make glucose from the proteins in our diet (called gluconeogenesis). Glucose is sort of a necessary evil for body cells. If just the right amount of glucose goes straight from the intestinal absorption to the body cells and is burned for fuel, then the person feels great and lives a long and healthy life. If too little glucose is available, then the person feels cranky, depressed, forgetful and listless in the condition called hypoglycemia (low sugar levels in the blood). If an excess of glucose starts accumulating outside of the cell, then “glucotoxicity” begins. Glucotoxicity is a slow but lethal process whereby too much glucose outside of the cells triggers a host of destructive pathways throughout the body.

Once farming began, around 8000 years ago in the Middle East, then our ancestors found the ability to settle down, start cities, and begin the processes of civilization. Then, around 1600 AD, came the refining of wheat in northern Europe. This new technique allowed the wheat miller to strip the outer bran and inner germ from the whole wheat kernel for a fine “Queen’s white” flour. Around 1700 AD, trade ships would run the triangle of taking Africans slaves of the Caribbean, where the ships would pick up cane sugar, molasses, and rum from the southern plantations and bring these products to Europe. Once refined cane sugar was brought to the masses, the health of millions began to deteriorate rapidly. Enter the dawning of the “diseases of civilization”, especially diabetes.

~Get your diabetic recipes here

Tags: ,

Sara on February 17th, 2009

European blueberry, or bilberry, has been used in France since 1945 to reat diabetic retinopathy. A mixture of bioflavonoids in bilberry both reduce blood glucose levels and also protect the macula of the diabetic’s eye. Several studies have found enhanced vision in diabetics using bilberry supplements of 80-160mg three times daily.

~Low Sugar Recipes.com

Tags: ,