Cronos Kalium

9.00

Low salt Diet

Cronos Kalium is a substitute for normal table salt. It is therefore a dietary salt indicated in all those medical conditions requiring a reduction in the dietary intake of sodium. A low-sodium diet can be also prescribed for the treatment of arterial hypertension. Based on Himalaya crystal salt with over 80 minerals in its composition, using Cronos Kalium in place of common salt may be indicated, both raw and during cooking of any type of food.

30 sachets, 8g/sachet

Amount/serving: Himalaya Salt 2000 mg, sodium chloride 1200 mg, potassium chloride 1200 mg, Magnesium sulphate 1200 mg, magnesium carbonate 1200 mg, calcium-coral powder with 98,5% calcium Carbonate 1200 mg, fermented polyfloral pollen 200 mg. Each portion Contains: Calcium 480 mg, potassium 1190 mg, magnesium 121.26 mg, chloride 1180 mg

EFFECTIVENESS:

Cronos Kalium Is a substitute for normal low-sodium table salt. It is therefore a dietary salt, indicated in all those medical conditions requiring a reduction in the dietary intake of sodium. A low-sodium diet can be prescribed by a doctor or nutritionist: for the dietary treatment of arterial hypertension for the treatment of edematous conditions (excessive water retention or edema caused by heart, liver or kidney disease). In similar circumstances the use of Cronos Kalium in place of common salt may be indicated, both raw and during cooking of any type of food.

CHARACTERISTICS OF THE COMPONENTS:

Cronos Kalium contains about 60% less sodium than common table salt, which is contrasted by a high potassium content (instead absent in cooking salt). The increased potassium intake can help reduce blood pressure and increase urinary sodium excretion, with a reflex effect of lowering blood pressure. Cronos Kalium contains of Himalayas Crystal Salt with 84 natural minerals and elements. This form of salt has also been maturing over the past 250 million years under intense tectonic pressure, with  zero exposure to toxins and impurities.

STUDIES:

Table salt is composed of 97.5% sodium chloride and 2.5% chemicals like iodine and absorbents, and sugar and is void of nutritional value, lacking beneficial trace minerals. The body cannot dispose of it in a natural, healthy way which can lead to inflammation of the tissues, water retention and high blood pressure. It is well reported that the high sodium-low potassium environment of civilized people, operating on a genetic substrate of susceptibility, is the cardinal factor in the genesis and perpetuation of “essential” hypertension. Low sodium diets are therapeutically effective but generally regarded as an impossible or an unnecessary nuisance. However, since the average salt intake is far above the recommended ones, it is necessary to intervene on several levels. For example, replacing sodium with other minerals, such as potassium chloride. It is “sapido” like sodium chloride without having the negative consequences on health. The reduction of sodium intakes, accompanied by the integration of potassium in the diet leads to an increase in subjects with an optimal blood pressure (+ 2-5 percent) and an appreciable reduction in the risk levels of cardiovascular disease and mortality (- 6-11 percent).

Low sodium diets are therapeutically effective but generally regarded as an impossible or an unnecessary nuisance. Effective prevention programs must be instituted at as early an age as possible. The efficacy of a prophylactic/therapeutic low sodium-high potassium diet should be weighed against the uncertain side effects of a drug therapy with a daily intake of antihypertensive.

Cronos Kalium contains potassium chloride it has health benefits for those who live a low-sodium lifestyle. Clinical and epidemiologic studies suggest that the intake of potassium chloride lowers blood pressure and reduce the need for antihypertensive medication in hypertensive men on a restricted-sodium diet. Increasing current potassium intakes in populations to recommended levels may lower population systolic BP in Western countries by 1.7 to 3.2 mm Hg, which can be predicted to reduce the risk of stroke mortality by 8% to 15% and the risk of heart disease mortality by 6% to 11%.

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