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Dietary Fiber

Patients with colorectal or anorectal problems are generally unaware of how their own bowel habits may vary from normal. Since their problems usually stem from childhood, representing lifelong habits, and since they have no standards for comparison, most patients assume that their function is normal.

Most patients who develop colon cancer, diverticulosis, diverticulitis, hemorrhoids, fistula and fissure have had a lifelong history of difficulty with their bowels. In most instances, they suffer from chronic habit constipation.

The usual cause of chronic constipation is a lack of adequate dietary fiber. Dietary fiber is generally obtained from plant foods, and consists of that portion of the plant which is not digested by man. While the sugars, starches and vitamins are broken down into nutrients and are absorbed by our intestines, the cell walls are not digested and go on to form an important component of the stool, the bulk or roughage. An example of dietary fiber is cellulose, and a food which is high in fiber is wheat bran.

Correcting the fiber inadequacy in one's diet will help one to achieve normal bowel movements and normal bowel habits. If damage has taken place, as in the development of diverticulitis, the adjustment of one's dietary fiber intake may prevent further deterioration of the damage over time. The decision as to how much fiber to use in the face of pre-existing conditions should be made in consultation with your doctor.

For the bowels to work properly, a lifelong daily intake of 25-30 grams, or about one ounce of dietary fiber daily, is required. After the digestion of all proteins, fats and carbohydrates, and the absorption of water and other nutrients in the small intestine, the colon (the last five feet of the intestine) receives approximately one pint of liquid stool together with the undigested fiber.

Under normal circumstances, the colon gradually removes the remaining water, and forms a shaped stool, which moves toward the rectum as a result of gentle pressure waves. In people who eat too little of fiber-containing foods, the stool becomes hard, dry and small. Whereas the soft, bulky stool can move easily along the passage of the colon, the hard, dry stool sticks to the dry wall of the colon and requires that the colon develop high-pressure waves to be moved. Years pass, and the colon is no longer capable of generating such high pressure waves. The colon now requires assistance to push along the hard, dry stool, and the abdominal muscles begin to contribute the necessary force. This we call "straining." The straining produces pressure on all of the abdominal wall, forcing the development of hernias, varicose veins (due to pressure on the long veins of the legs), hiatus hernia (upward pressure forcing the stomach into the chest), diverticulitis and diverticulosis (weakening and infection of the colon wall), hemorrhoids, anal fissures and fistulae. Colorectal cancers may also be more common in patients with lifelong habit constipation. This may be due to the concentrated exposure of carcinogens to the colonic surface, as a result of the hard dry stool and its slow movement or evacuation.

The Super Toning Training Routine

This routine is such that you must be prepared for hard training and you should ensure that your health is of such that you may embark on this type of routine. If you are not sure then seek medical advice before starting. If just starting out then you must cut the routine down until your level of fitness and level of resistance training is of such a level that you can complete all of this routine. If you are a beginner you should only complete 2 sets of the resistance training given below and only complete the first six minutes of the cardio routine and increasing week by week. Making sure that you complete the warm up, stretch, and cool down given below.

It is very important that you warm up before training, and after the warm up you should complete some muscle stretching, and cool down after your training routine.

Warm Up.

The first part of any training routine is the warm-up, it should increase the heart rate, blood pressure, oxygen consumption, dilate the blood vessels, increase elasticity of the active muscles, and increase the heat produced by the muscle groups to be used during exercise.
A proper warm-up consists of two phases:
  • A graduated aerobic warm-up activity - This is a warm-up to get the blood flowing to the muscles. This also heats up the working muscles making them less prone to injury. Any aerobic activity done at the very low intensity can serve to warm-up the muscles, tendons, and ligaments. 
  • Stretching and flexibility – This is to be performed on the muscle groups you will be exercising during the cardiovascular activity. (An example would be a quadriceps stretch before bicycling).

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