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Diuretic promotes
| Treatment No. : |
CD0052 |
| Dosage & Instructions: |
15 drops in 15 ml of plain water twice a day,
mornings and evenings.
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| Composition: |
Apocynum D3+30C
Adon v D2+20C
Apis mell D3+30C
Digitalis D4+40C
Colchicum D6+60C
Helleborus D4+40C
Stigmata may D2+20C |
| Contra-Indications: |
None established |
| Storage: |
Store in a cool and dry place |
| Precautions: |
Keep away from the reach of children |
| Standard Packaging : |
30 ml Drops |
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Order Online:
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One 30 ml bottle for $79.99
Two 30 ml bottles for $129.99
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Condition Overview:
Anything that promotes the formation of urine by the kidney. (The word
"diuretic" comes from a combination of the Greek "dia-", thoroughly + "ourein",
to urinate = to urinate thoroughly).
Diuresis may be due to a huge number of causes including metabolic conditions
such as diabetes mellitus (in which the increased glucose level in the blood
causes water to be lost in the urine); substances in food and drink (such as
coffee, tea, and alcoholic beverages); and specific diuretic drugs. All diuretic
drugs -- which are usually called, more simply, diuretics -- cause a person to
"lose water" but they do so by diverse means, including:
Inhibiting the kidney's ability to reabsorb sodium, thus enhancing the loss of
sodium in the urine. And when sodium is lost in the urine, water goes with it.
(This type of diuretic is called a high-ceiling diuretic or a loop diuretic).
Enhancing the excretion of both sodium and chloride in the urine so that water
is excreted with them. This is how the thiazide diuretics work.
Blocking the exchange of sodium for potassium, resulting in excretion of sodium
and potassium but relatively little loss of potassium. These diuretics are
therefore termed potassium sparing diuretics.
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