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Archive for the 'Nutrition' Category

Glycemic Index, Part 3

Wednesday, June 18th, 2008

Glycemic Index and Weight Loss

Traditional thinking led us to believe that complex carbohydrates like rice and potatoes were absorbed slowly, and that simple and refined carbohydrates, like candies and jams resulted in a sharp rise in blood sugar. However recent research has indicated that this is not necessarily the case. There are more factors involved than just simple versus complex or refined versus natural.
The problem with many modern foods on the market is many tend to be highly processed; they often contain lots of added sugar and salt, as well as preservatives. The high sugar content causes a rapid absorption of sugar, the body responds by releasing the hormone insulin. A large release of insulin eventually causes the blood sugar to crash, once again low blood sugar levels will trigger the appetite and the dieter feels hungry once more.
The fact is we burn fat all day; the problem is we often cause any fat loss to be replaced at the next meal because many convenient foods contain lots of refined sugars which cause the pancreas to release more insulin. The high insulin levels drive excess fat and sugars into cells for storage. The result is we rarely gain the benefit of a net loss of body fat. If we could stop or reduce the body from storing fat after eating we would naturally see a reduction in stored body fat. The G.I. Diet does this well if it is followed correctly.
A calorie deficit can also do this but there’’s no guarantee because it is dependent on what the individual eats and how much he/she reduces calories. With a low calorie diet there’’s always the need to burn off extra energy through exercise because we need to tip the balance in favor of burning more than is replaced to produce a net loss of stored fat. The trouble is the body also breaks down muscle to maintain the amino acid pool (protein available in blood). This causes the metabolism to eventually slow down resulting in the weight loss plateau.
After a high-Glycemic load meal, blood glucose levels rise more rapidly and insulin demand is greater than after a low-Glycemic load meal. High blood glucose levels and excessive insulin secretion are thought to contribute to the loss of the insulin-secreting function of the pancreatic beta-cells that leads to irreversible. High dietary Glycemic loads have been associated with an increased risk of developing type 2 diabetes mellitus.
In the first two hours after a meal, blood glucose and insulin levels rise higher after a high-Glycemic load meal than they do after a low-Glycemic load meal containing equal calories. However, in response to the excess insulin secretion, blood glucose levels drop lower over the next few hours after a high-Glycemic load meal than they do after a low-Glycemic load meal. This may explain why 15 out of 16 published studies found that the consumption of low-Glycemic index foods delayed the return of hunger, decreased subsequent food intake, and increased satiety (feeling full) when compared to high-Glycemic index foods The results of several small short-term trials (1-4 months) suggest that low-Glycemic load diets result in significantly more weight or fat loss than high-Glycemic load diets. Although long-term randomized controlled trials of low-Glycemic load diets in the treatment of obesity are lacking, the results of short-term studies on appetite regulation and weight loss suggest that low Glycemic-load diets may be useful in promoting long-term weight loss and decreasing the prevalence of obesity.
The key is to eat more "slow" carbohydrates, also known as complex carbohydrates, or, in simpler terms, "good" carbs. A slow carbohydrate raises blood sugar levels gradually, providing a steady stream of energy to our body’s cells, and especially our brains. Whole grain foods——such as oatmeal, whole wheat bread, brown rice, lentil soup and beans——are great slow carbohydrates.
The fact is eating foods with a low GI value will tend to provide a feeling of fullness for longer and therefore assist those trying to eat less or lose weight. Diabetics can now choose their foods in a more controlled manner. It is important to note that the GI factor is not the key to all weight loss, but it is another excellent another tool. A diet rich in low GI foods is a good diet, provided that there is nutritional variety.

Glycemic Index, Part 1

Tuesday, August 14th, 2007

 

Glycemic Index

 

The glycemic index (GI) is a ranking of carbohydrates on a scale from 0 to 100 based on the extent to which they raise blood sugar levels after eating. Foods with a high GI are those that are digested rapidly, absorbed and result in marked fluctuations in blood sugar levels. Low-GI foods, by the very virtue of their slow digestion and absorption, produce gradual rises in blood sugar and insulin levels; they have proven benefits for health.High blood pressure can be reduced by following a low GI life-style. Low glycemic food is extremely helpful in assisting those who want to lose weight. Low glycemic index foods will increase the sugar levels in the body to sustain energy levels for longer periods of time. This means an individual will feel less inclined to eat because energy is being slowly released into their blood stream. Having good understanding of the glycemic index will also assist with exercise.

If you exercise then eating high glycemic foods will help you recover from your workout. Specifically, faster carbohydrates that are high on the glycemic index are great for raising low blood sugars after intense exercising whereas low glycemic index foods are helpful in maintaining blood sugar levels for long periods of exercise. Health experts encourage using the glycemic index in conjunction with other meal programs to assist in managing diabetes and/or controlling weight.

You will hear the term “Glycemic Load” in regards to how glycemic index compares the potential of foods containing the same amount of carbohydrate to raise blood glucose. However, the amount of carbohydrate consumed also affects blood glucose levels and insulin responses. The glycemic load of a food is calculated by multiplying the glycemic index by the amount of carbohydrate in grams provided by a food and dividing the total by 100. Dietary glycemic load is the sum of the glycemic loads for all foods consumed in the diet. The concept of glycemic load was developed by scientists to simultaneously describe the quality (glycemic index) and quantity of carbohydrate in a meal or diet.

The glycemic index is complicated and cannot be generalized to all people. Different people will have different reactions to food. The body’s response to food will relate to several factors including; age, activity level, insulin levels, time of day, amount of fiber and fat in the food, how refined (processed) the food is, and what was eaten with the food. In addition other factors such as the ratio of carbohydrates to fat and protein as well as how the food was cooked (eg. Boiled compared to fried or baked) and metabolism will determine the way your body’s sugar level responds after eating. Foods that have a low glycemic index will have little effect on the body’s sugar levels. Comparatively, foods that have a high glycemic index will have an instant affect on blood sugar levels. Ratings on the glycemic index have resulted from numerous studies; however, individuals should test their own reactions to food in relation to the glycemic index.

Special thanks to KC for research.

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SPINACH

Friday, July 6th, 2007

SpinachAlthough highly touted as super food rich in iron, spinach was not widely consumed as a food until the late 1930’s with the outbreak of World War Two.

A mistake in calculation in the late 19th century set the iron content of spinach at ten times it’s actual content, an error that went unchallenged for more than 60 years. Because of the War effort rationing of meat was implemented in many countries including England and the United States. The government became concerned with the lack of iron in peoples diet. As spinach was reputed to have a very high iron content the government set about to convince people to eat spinach. The cartoon character “Popeye the Sailor Man” was used as a propaganda poster boy to sell the benefits of spinach. Shortly after convincing the population to “eat your spinach”, scientists discovered the drastic error in the amount of iron actually contained. This is described by T. J. Hamblin in the British Medical Journal.

Spinach contains high levels of oxalate (oxalic acid).. Oxalates bind to iron to form ferrous oxalate and remove iron from the body. Therefore, a diet high in oxalate leads to a actual decrease in iron absorption.

Spinach is considered a toxic weed because it has high levels of oxalate. Consumption of oxalate, such as grazing of cattle or horses on plants that contain oxalate such as greasewood and spinach result in kidney disease or even death due to oxalate poisoning.

It has been observed that many grazing stock animals will avoid spinach when it is encountered growing wild.

Some cultures use spinach as a herb to draw infections from areas of the skin.

Spinach also has a high calcium content. However, the oxalate content in spinach binds with calcium decreasing its absorption. By way of comparison, the body can absorb about half of the calcium present in broccoli, yet only around 5% of the calcium in spinach. Oxalate is one of a number of factors that can contribute to gout and kidney stones.

 

Disclaimer:

The above article was researched and written by Cowboy Gene. He has no professional credentials that qualifies him as an expert in chemistry, nutrition or most anything else.

It should be further noted that as a very small child (during WW II) when repeatedly forced to eat spinach by his parents he swore a solemn blood oath to seek his revenge on the evel spinach cartel.

Use this information at your discretion.



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