By S. Grobock. Hastings College.
The leaves of Gymnema sylvestre perform two significant functions relative to diabetes order 45mg midamor with visa. By this two-pronged approach buy midamor now, Gymnema sylvestre proves a valuable aid in diabetes control buy midamor 45 mg without a prescription. Scientists think its active ingredients (gymnemic acids) protect the cells of the pancreas from free radical damage cheap 45 mg midamor overnight delivery, so allowing them to regenerate and produce insulin more effectively (Nutrition 2004; 20(3): 280-285). Studies have shown that gymnema can also reduce glucose absorption from the intestine, so helping to regulate blood sugar levels. A recent Harvard study indicates the Gymnema lowers blood sugar levels in Type 1 and Type 2 diabetics. Fenugreek Fenugreek (Trigonella foenum-graecum) is a tall annual herb that is native to the Mediterranean, Ukraine, India and China. The plant bears pods filled with numerous light brown, diamond-shaped seeds that possess a sweet maple aroma and are commonly used in cookery and flavouring. The glucose-regulating, antidiabetic properties of fenugreek seed are linked to a novel free amino acid, 4- hydroxyisoleucine. This compound stimulates insulin secretion, thereby limiting the extent to which blood glucose is elevated; by promoting insulin secretion and inhibiting the rise of blood glucose, it helps stabilise blood sugar and reduces body fat production. In one human study, 15g/day fenugreek significantly reduced glucose levels after meals. Today fenugreek shows value as an antidiabetic agent with potential for weight control due to its 4- hydroxyisoleucine content. Some supplements are capsules of powdered seed, while others are more concentrated extracts standardized to 4-hydroxyisoleucine. Experimental and clinical studies have demonstrated the antidiabetic properties of fenugreek seeds. The active ingredient responsible for the antidiabetic properties of fenugreek is in the defatted portion of the seed that contains the alkaloid trogonelline, nicotinic acid and coumarin. Diabetes Daily Care® uses all Natural Ingredients to Safely and Effectively Improve Glucose Metabolism. There are other natural diabetes treatment formulas out in the market place today, but there is is none that combines the proven effectiveness of Alpha Lipoic Acid, Chromax® and Vanadium together with the extracts of Cinnamon Bark, Banaba Leaf, Fenugreek, Gymnema Sylvestre and Momordica. None that contain plant extracts that are both standardized and of such high potency extraction ratios. Most are able to cut back on or totally eliminate the use of prescription drugs with the blessings of their medical doctor. Most experience great improvement in many of the complications that are generally associated with diabetes. It is very important to note that, because Diabetes Daily Care® may have significantly positive effects on your blood glucose levels. Even if your doctor does not know about or believe in natural alternative treatments, he should be informed of any changes you make in the management of your disease. However, these drugs are only effective when beta cells maintain their basic function of insulin secretion. It is also reported that long-term usage of Sulfonylurea drugs cause serious side-effects. Long-term, they cause a decreased amount of insulin production by putting too much strain on the beta cells. Since the body eventually becomes resistant to these drugs, they lose their effectiveness and dosages will continuously need to be increased. On average, after seven years of usage, these agents no longer work and new drugs will then be given. Most type 2 diabetics will then be forced to rely on insulin injections as their beta cells are too damaged to produce any insulin. Another serious side-effect of Sulfonylurea drugs is that they often over-stimulate the pancreas and produce too much insulin. As insulin removes sugar or glucose from the bloodstream, it can result in hypoglycemia, or low blood sugar. This can be more dangerous than high blood sugar, leading to shakiness, confusion, coma and death. Bitter Gourd (Karela): Bitter gourd Momordica-charantia or bitter melon juice contains plant insulin and should be taken 2 ounce 2 times daily on an empty stomach. Even soaking a cinnamon sticks in your tea, could also benefit non-diabetics who have blood sugar problem but are unaware of it. Gymnema Sylvestre a traditional ayurvedic herb the leaf of which is to be taken up to 4 grams per day. Indian blackberry seeds or Jamun seed powder (scientific name of Jamun is Eugenia jambolana or Syzygium cumini L and) is very good for diabetes. Bael (Aegle marmelos) : The leave of the bael tree when chewed are very useful in diabetes. A pinch of pure turmeric powders mixed in amla juice (Indian goose berry) and eat daily in empty stomach. Use of turmeric and gooseberry in equal quantities in powder form taken with warm water is very useful in this behalf. Wild jeerakam cumin seeds black colored 60 gm in 1 liter and boil a reduce it ti 1/4th liter and take half divide it into two equal parts and drink one part in the morning and one in the evening 2 times daily. After administering mango pulp to mice affected with cancer, scientists, investigating the healing properties of the fruit, noticed that the tumor in the mice was radically suppressed. The scientists believe that a chemical compound found in mango called “lupeol” is the reason for the suppression of tumor cells in the mice. Scientist Yogeshwar Shukla points out that while blocking cancer cells from growing, lupeol also has anti-carcinogenic properties that fight well against other health disorders. He said that certain compounds such as organic acids, specific vitamins, carbohydrates, and polyphenols, which are present in lupeol, give it the strength to fight off numerous health disorders. They said that India has seen an enormous increase of prostrate cancer patients lately, but neither radiation therapy, chemotherapy nor surgery has proven successful in treating the disease. As a result, the scientists felt the need for research in this area which started them on their study on lupeol and its relationship with prostrate cancer. Experiments have revealed that lupeol shows signs of strong anti-inflammatory, anti-arthritic, anti-diabetic, and anti- malarial properties. Although there are several traditional treatments for cancer, many of them have harsh side effects, according to scientists. With their studies on mango pulp extract, Shukla said it will definitely open a better and safer way for treating cancer. Currently, scientists have observed medicinal properties of lupeol in certain types of mangoes only. However, scientists will soon begin to study lupeol medicinal properties in nearly all kinds of mangoes that are found in Uttar Pradesh. Shukla assures us that just as mangoes from his state have earned a worldwide reputation, he and his team will be studying nearly all varieties of mangoes in future experiments that concerns mango pulp extract. Ten Foods and Herbs That Will Help You Beat Diabetes What does pumpkin soup, ital stew and oats porridge with cinnamon have in common? The answer is that they seem to have properties that can help to control and even beat the diabetes epidemic through natural cure for diabetes herbs. But before you begin to excite your taste buds with these foods, it would be wise to first get rid of the foods that contribute to diabetes. The foods mentioned quickly flood your blood stream with an unprecedented amount of sugar that put a lot of strain on the pancreas - the maker of insulin that removes sugar from the blood stream. If you do not control this flood of sugar via your diet, the pancreas will eventually short circuit and produce less or even stop secreting insulin. Uncontrolled diabetes leads to other complication including kidney disease, heart disease, glaucoma, gangrene and a host of other conditions. By exercising, losing the extra weight and eating the following foods you can actually help prevent, control or even beat diabetes the natural way: Pumpkin Research conducted on pumpkin shows that it contains compounds that help to prevent the destruction of and regeneration of damaged pancreatic cells. The protective effect of pumpkin is thought to be due to both antioxidants and molecules that mediate insulin activity. Ital Stew An ital stew made with peas, okra, pumpkin, carrots, cho cho and stewed down with coconut milk and served with brown rice provides fiber, mucilage and a wide variety of nutrients that will slow sugar absorption into the blood stream and regulate insulin reponse. Cherries, Cinnamon and Buckwheat Researches have identified antioxidants, beneficial compounds and fiber cherries, cinnamons and buckwheat respectively that can help to lower blood sugar levels. Cherries contain a group of antioxidants that help increase insulin production, and up to half a teaspoon of cinnamon powder on food for forty day show blood suger lowering capabilities.
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Drugs that reduce Vmax and prolong action potential duration: quinidine, procainamide, disopyramide; kinetics of onset and offset in blocking the Na+ channel are of intermediate rapidity (<5 s). Drugs that do not reduce Vmax and that shorten action potential duration: mexiletine, phenytoin, and lidocaine; fast onset and offset kinetics (<500 ms). Drugs that reduce Vmax, primarily slow conduction, and can prolong refrac- toriness minimally: flecainide, propafenone, and probably moricizine; slow onset and offset kinetics (10–20 s). A more realistic view of antiarrhythmic agents is provided by the “Sicilian gambit (2). Use of antiarrhythmic agents requires particular care because of the narrow thera- peutic index of these drugs. Fortunately, we have reliable clinical end points for assess- ing efficacy and toxicity with a number of these agents (3). Unfortunately, however, From: Handbook of Drug Interactions: A Clinical and Forensic Guide A. Action potential and antiarrhythmic drug class (darker = drug effect on action potential). As a consequence, the clinician can make the potentially fatal error of misdiagnosing toxicity as lack of efficacy and responding in a manner antithetical to that required. This phenomenon is of particular concern for the class I agents (as with quinidine and flecainide, e. These agents are usually used to treat ventricular tachyarrhythmias, but their own inherent cardiotoxicity may be the same arrhythmia. If such toxicity is misdiagnosed and treatment is continued or higher doses are instituted, the consequences could be disastrous. Side Effects Antiarrhythmic drugs produce one group of side effects that relate to excessive dos- age and plasma concentrations, resulting in both noncardiac (e. Examples of the latter include procainamide-induced lupus syndrome, amiodarone-induced pulmonary tox- icity (although a recent publication relates maintenance dose to this side effect), and some arrhythmias such as quinidine-induced torsades de pointes. Drug-induced or drug-aggravated cardiac arrhythmias (proarrhythmia) are a major clinical problem. Electrophysiological mechanisms probably relate to prolongation of repolarization, the development of early afterdepolarizations to cause torsades de pointes, and alterations in reentry pathways to initiate or sustain ventricular tachyarrhythmias. Patients without a history of congestive heart failure had no increased risk of cardiac mortality during antiarrhythmic drug treatment. Deaths were equally distributed throughout the treatment period, raising the important consideration that another kind of proarrhythmic response can occur some time after the beginning of drug therapy. Such late proarrhythmic effects may relate to drug-induced exacerbation of regional myocardial conduction delay due to ischemia and heterogeneous drug concentrations that may promote reentry. Allergic reac- tions may be manifested as rash, fever, immune-mediated thrombocytopenia, hemolytic 222 Auer anemia, and rarely, anaphylaxis. Thrombocytopenia is due to the presence of antibodies to quinidine-platelet complexes, causing platelets to agglutinate and lyse. Side effects may preclude long-term administration of quinidine in 30–40% of patients. Torsades de pointes may be due to the development of early afterdepolarizations, as noted. Syncope is unrelated to plasma concen- trations of quinidine or duration of therapy. Therapy for quinidine syncope requires immediate discontinuation of the drug and avoidance of other drugs that have similar pharmacological effects, such as disopyra- mide, since cross-sensitivity exists in some patients. Magnesium given intravenously (2 gm over 1–2 min, followed by an infusion of 3–20 mg/min) is probably the initial drug treatment of choice. Atrial or ventricular pacing can be used to suppress the ven- tricular tachyarrhythmia and may act by suppressing afterdepolarizations. Drugs that induce hepatic enzyme production, such as phenobarbital and pheny- toin, can shorten the duration of quinidine’s action by increasing its rate of elimination. Quinidine may elevate serum digoxin and digitoxin concentrations by decreasing total- body clearance of digitoxin and by decreasing the clearance, volume of distribution, and affinity of tissue receptors for digoxin. Fever and agranulocytosis may be due to hypersensitivity reactions, and white blood cell and differential blood counts should be performed at regular intervals. Toxic concentrations of procainamide can diminish myocardial performance and promote hypotension. In the absence of sinus node disease, procainamide does not adversely affect sinus node function. In patients with sinus dysfunction, procainamide tends to prolong corrected sinus node recovery time and can worsen symptoms in some patients who have the bradycardia-tachycardia syndrome. The syndrome can occur more frequently and earlier in patients who are “slow acety- lators” of procainamide and is influenced by genetic factors. Sixty to 70% of patients who receive procainamide on a chronic basis develop antinuclear anti- bodies, with clinical symptoms in 20–30%, but this is reversible when procainamide is stopped. The most common relates to the drug’s potent parasympatholytic properties and includes urinary hesitancy or retention, constipation, blurred vision, closed-angle glaucoma, and dry mouth. Some patients can have “cross- sensitivity” to both quinidine and disopyramide and develop torsades de pointes while receiving either drug. Finally, disopyramide can reduce contractility of the normal ventricle, but the depression of ventricular func- tion is much more pronounced in patients with preexisting ventricular failure. In patients with atrial tachyarrhythmias, ventricular rate acceleration has been noted. This phenomenon is unlikely to be clinically important, for the urine pH is normally acidic, and the amount of drug excreted in the urine unchanged is less than 10 and 30–50%, respectively. However, there remains the potential for patients with disorders of urinary acidification to accumulate either of these drugs to toxic levels. It does not appear that decreased renal function per se importantly influences the kinetics of either of these agents. Aggravation of existing ventricular arrhythmias or onset of new ventricular arrhythmias can occur in 5–30% of patients, the increased per- centage in patients with preexisting sustained ventricular tachycardia, cardiac decom- pensation, and higher doses of the drug.