Uses

Therapeutic Uses

Plantago ovata improves Endothelial dysfunction

   Experiment and laboratory trial upon rats shows that Psyllium husk improves the endothelial dysfunction by lowering the serum blood cholesterol,Tryglicerides,and lipid. Decreased endothelium-dependent relaxation in response to acetylcholine (ACh) by aortic rings from obese Zucker rats was improved in those fed the fiber-supplemented diet.

Helps to lower post prandial glucose in both type 1 & type 2 Diabetes

   Aqueous extracts of P. ovata reduce hyperglycaemia in diabetes via inhibition of intestinal glucose absorption and enhancement of motility. These attributes indicate that P. ovata may be a useful source of active components to provide new opportunities for diabetes therapy.

Suppresses humoral response

   The effect of the aqueous extract of Plantago ovata (PO) (Plantaginaceae) consisting of a mixture of polysaccharides and glycoside on humoral immune responses was studied . Intraperitoneal injection of 0.25 g/kg of PO in mice prior to immunisation with sheep red blood cells (SRBC) resulted in a significant decrease in hemagglutinating antibody (HD) titre. Present results indicate that PO can suppress the humoral immune responses, especially in primary immune response.

Constipation

   The effectiveness Psyllium is due to its high fiber, content which clears chronic constipation.It is also effective on constipation due to disorders of defecation – including rectocele, internal prolapse, anismus, and rectal hyposensitivity. Psyllium is popularly used to combat a variety of digestive complaints such as constipation, diarrhea, diverticular disease and colitis. In addition, it is being utilized as part of many colon “cleansing” programs and even in the prevention of colon cancer. During a lifetime, one consumes approximately 90,000 pounds of food and 55,000 quarts of liquid. For a majority of Americans, a large percentage of these totals consists of hamburgers, sodas, candy, cakes, cookies, pastries, potato chips, pizza and ice cream. It is no wonder that almost one in every four of us suffers some type of digestive illness.

   A diet low in fiber and rich in meats, fats and sugar slows down intestinal transit time (the time between eating food until it is passed in a bowel movement). Intestinal transit time can range from between two days to nearly one week with this type of diet. People whose diets are high in fiber have transit times closer to one day, which is a great deal more healthful. A slow transit time allows for more of an opportunity for bacterial purification and exposure to a host of carcinogenic substances within the colon. In a study which appeared in The Lancet (September 1982), it was found that rates of death from cancer and all other causes were approximately three times higher for men in the lowest category of dietary fiber intake than for those in the highest category.

   The positive effects that dietary fiber has on intestinal transit time are consequences of its stool-bulking and stool-softening properties. Psyllium, for instance, swells and forms a viscous gel when exposed to water. A stool which is larger, softer, and bulkier moves through the intestine more easily and quickly and requires less exertion to be expelled. Hence, less force is applied to the intestinal wall. This prevents the creation of pockets in the intestine, which can result in the development of diverticular disease, and also lowers the incidence of hemorrhoids and varicose veins. The bulking effect of Psyllium also works to rid the colon of toxic substances and heavy metals as it acts almost as a sponge to soak them off the walls of the intestine. This spongy action has a dual advantage as it can decrease hunger when taken with meals.

   Psyllium has proven to be useful in some cases of diarrhea. In these instances it acts to slow down a too rapid transit time. Psyllium, in fact, seems to stabilize bowel movements and is often used in cases of alternating constipation and diarrhea. Psyllium also encourages the growth of healthful, “friendly” intestinal bacteria such as Lactobacillus acidophilus and bifido bacteria which are helpful in regulating bowel movements.

   Since Psyllium acts primarily by absorbing water and adding more bulk to the stool, it encourages the normal peristaltic (contracting) action of the bowel. Stimulant laxatives, on the other hand, contain chemicals which cause the intestine to increase the secretion of water. They can often create strong contractions of the colon and, if used in excess, can lead to a loss of normal bowel peristalsis and tone. A dependence on them may also develop, as can a tolerance to them in which more laxatives are needed to produce even the slightest bowel movement. Diarrhea, stomach discomfort, intestinal irritation, gas, bloating and even weight loss are additional side effects of stimulant laxatives.

   Ironically, when dietary fiber speeds up the transit of food through the intestines, it slows down the stomach’s action of emptying food into the small intestine, blood glucose increases more slowly as well. Dietary fiber can also stimulate pancreatic enzyme secretion. These two attributes make dietary fiber a beneficial addition in the management of diabetes.

    Initially, when one adds Psyllium to the diet, there may be a slight uncomfortable feeling of fullness as the Psyllium seems to expand in the intestine. This usually lasts only until a bowel movement is passed. There are several popular Psyllium-containing bulk laxatives on the market today. In some of these, other bulk-forming laxatives such as flaxseed, marshmallow, Irish moss, and slippery elm are added to enhance the effect. Check labels, as sugar and a host of chemicals may also be added to Psyllium-containing laxatives.

   There are people who have a low tolerance for fiber in their diets. In such cases, Psyllium, and dietary fiber in general, can cause intestinal irritability, e.g., gas, bloating, and pain. There have also been cases of people having allergic reactions to Psyllium, although these have been extremely rare.

   Constipation and other bowel disorders can be a sign of a possible serious organ dysfunction. If you do not respond to the inclusion of dietary fiber in your diet, an ample amount of water intake and moderate exercise, you may need medical attention, as a variety of diseases can cause irregularity of the bowels.

   The average recommended dosage for Psyllium is about one or two tablespoons with meals once or twice daily. However, I suggest starting with a lower dose and gradually working up to this level. One or two glasses of water should be taken with each dose. Whereas stimulant laxatives tend to create an immediate and sometimes violent response, the positive effects of Psyllium on constipation are usually more gradual. It can take up to a few weeks for a change to be noticed. However, when the change is felt, it is a result of an actual toning of the bowels rather than simply an irritation and purge of them.

   It is clear that supplementing your diet with a water-soluble fiber such as Psyllium can provide many benefits. Whether you suffer from occasional bouts of constipation or diarrhea, diabetes, food cravings, high cholesterol or simply want to “clean” your colon, Psyllium may be just what you are missing.

Lowering Cholesterol

   Taking Psyllium reduces cholesterol levels in people with mild to moderate high cholesterol. Psyllium seed husk or seed added to food or as a separate supplement in a dose of approximately 10-12 grams daily, in combination with a low-fat or a high-fat diet, can reduce levels of total cholesterol by 3% to 14% and low density lipoprotein (LDL) cholesterol by 5% to 10 after 7 weeks or more of treatment. Psyllium also does not seem to lower other blood fats called triglycerides. In children with high cholesterol, taking Psyllium can further decrease LDL cholesterol levels by 7% to 15% when added to a low-fat, low-cholesterol diet such as the National Cholesterol Education Program (NCEP) Step 1 diet. Interestingly, taking Psyllium along with a stricter low-fat, low-cholesterol diet such as the NCEP Step 2 diet may have less of an additional effect in lowering LDL cholesterol. Psyllium seems to be less effective in older people. There is some evidence that it lowers LDL cholesterol levels to a lesser degree in people 60 years or older compared to people under 60. Some evidence suggests that Psyllium seed might be more effective than the seed husk for lowering cholesterol. Blond Psyllium seems to be most effective when taken with foods at mealtime. Breakfast cereal containing blond Psyllium can decrease total cholesterol and LDL cholesterol by 5% and 9%, respectively. There is some evidence that taking blond Psyllium for high cholesterol makes it possible to reduce the dose of certain medications used to lower cholesterol. According to the Journal of the American Medical Association (June 1989), coronary heart disease (CHD) is the number one cause of death in the United States. “Elevation of the serum cholesterol level, or, more specifically, the low-density lipoprotein (LDL) cholesterol level, is widely accepted as a major risk for development of ischemic heart disease.” LDL refers to the “bad” cholesterol and is known to cause heart disease. In contrast, HDL (high-density lipoprotein) refers to the “good” cholesterol and is associated with heart health. Psyllium’s effect on serum cholesterol levels has been tested in numerous studies and has proven to be quite substantial in lowering cholesterol. Of particular interest is a double-blind, placebo-controlled study cited in the Archives of Internal Medicine (February 1988). In this study, 26 men with mild to moderate hypercholesterolemia (high cholesterol) were given either 3.4 grams of Psyllium or a placebo at meals, three times daily for eight weeks. All of the men continued their usual diets, which consisted of less than 300 mgs. of cholesterol per day, and of approximately 20 percent protein, 40 percent carbohydrate, and 40 percent fat. “Eight weeks of treatment with Psyllium reduced serum total cholesterol levels by 14.8 percent, low density lipoprotein (LDL) cholesterol by 20.2 percent, and the ratio of lDL cholesterol to high-density lipoprotein cholesterol by 14.8 percent relative to baseline values.” It is also noteworthy that in this study the reductions in total cholesterol and LDL cholesterol increased with time. No negative side effects were reported and neither body weight, blood pressure, nor blood levels of HDL cholesterol, triglycerides, glucose, iron, or zinc were affected. The authors concluded, “Results of this study show that Psyllium is an effective and well tolerated therapy for mild to moderate hypercholesterolemia.” They also noted, “From a safety viewpoint, Psyllium is well suited for long-term use in lowering blood cholesterol.” A study published in Food Engineering (June 1990) found Psyllium to be superior to oat bran in lowering total cholesterol. Psyllium contains 60 to 70 percent soluble fiber which is “eight times that of oat bran.” Today, in addition to reducing fat consumption and exercising, many people are using a dietary fiber such as Psyllium to control their cholesterol levels. Psyllium affords many benefits and very few, if any, side effects. Cholesterol-lowering drugs, in contrast, can have numerous side effects, such as liver complications and constipation. These drugs also can be quite costly, in comparison to the very reasonably priced fiber supplements such as Psyllium. There are, however, stubborn cases of elevated cholesterol which do not respond to fiber, dietary changes, and exercise alone. A word of caution: if you are taking a drug to control your cholesterol level, you must consult with your physician before attempting to lower the dosage or discontinue its use

Therapeutic Uses In Ayurveda

It is

  • Mutrala(urinogenesis/Diuretics)
  • Kaphanihsaraka(expectorant)
  • Jwaraghna(antipyretic).

It is used for:-

  • Atisaara( diarrhea)
  • Kosthakathinya(constipation)
  • Pravahikaa(dysentery)
  • Daaha( burning sensation)
  • Kaasha(cough)
  • Mutra kriccha(Dysurea/Oligourea)

Adverse Reaction

  • Anaphylaxis
  • Gastrointestinal tract obstruction
  • Esophageal food bolus obstruction
  • Block the throat or esophagus and may cause choking, if it is not taken with sufficient amount of water.