Dosage of beta blockers for migraine The necessary dosage of beta blockers for the prevention of migraine attacks depends mainly on which beta blocker is used. In general, a comparatively high dosage is necessary to achieve the desired effect. At the beginning of treatment, however, a gradual increase in dosage is necessary to prevent side … Dosage of beta blockers for migraine | Beta blocker against migraine
What do I have to consider when weaning? Beta-blockers must always be removed, i.e. slowly reduced, when weaning. The time required for this varies and depends mainly on the original dose. Often the doctor will gradually reduce the dose over about two weeks. This cautious phasing out is very important, as otherwise the risk of … What do I have to consider when weaning? | Beta blocker against migraine
Substance Adalat® is a substance that falls into the group of calcium antagonists. Together with the drug Bayotensin, it is one of the most popular representatives of calcium antagonists. Active substance The active ingredient of Adalat® is nifedipine. There are a number of other active ingredients, such as amlodipine, felodipine, isradipine, nicardipine, nimodipine, nisoldipine and … Adalat
Metabolism Adalat® is metabolized up to 90% after absorption. It then reaches the liver where a large proportion is already metabolized and is no longer available for the actual effect. The proportion that can still be effective in the body is around 45-65%. Interaction with other drugs Medications that also lower blood pressure should only … Metabolism | Adalat
Dosage In case of stable angina pectoris, arterial hypertension or Raynaud’s syndrome, 3 times 5-10 mg should be given. If necessary, the medication can also be increased. The maximum dose is 60 mg a day. In a sustained release form (i.e. the active substance is released over a certain period of time) 2x 20 mg … Dosage | Adalat
Active substance Nitrendipine Introduction Nitrendipine belongs to the group of calcium channel blockers or calcium antagonists. It is used for the treatment of high blood pressure (arterial hypertension) and as an acute medication in cases of blood pressure derailment (hypertensive emergency) (Bayotensin akut®). Within the group of calcium antagonists, nitrendipine belongs to the dihydropyridines. In … Bayotensin®
Application / Indications Bayotensin (mite)® is used for the treatment of essential arterial hypertension (high blood pressure). Bayotensin akut® is used as an acute medication to lower blood pressure in hypertensive emergencies (blood pressure derailment). Contraindications Bayotensin®/Nitrendipine must not be taken with: It is also contraindicated during pregnancy and lactation and in children. Very cautious … Application / Indications | Bayotensin®
Drugs Among the beta-blockers there are many different drugs, all of which have the same mechanism of action with some peculiarities and for this reason are used in different diseases. The active ingredients bisoprolol and metoprolol are the best-known beta-blockers for the treatment of high blood pressure and the secondary prevention of heart attacks. – … Drug group of beta blockers
The preparation Unat® contains the active ingredient torasemide. This active ingredient falls into the substance class of loop diuretics, which are very effective diuretic drugs. Loop diuretics achieve their effect by inhibiting transport mechanisms for electrolytes to be reabsorbed into the kidneys, which then lead to a larger volume of urine being excreted. In summary, … Unat®
Interactions with other drugs Undesirable interactions between Unat® and other active ingredients can occur, for example, with the following drugs: Antihypertensive drugs in combination with Unat® can result in an excessive reduction in blood pressure, drugs for the treatment of asthma can be strengthened in their effect, anti-diabetics lose their effect and the effect of … Interactions with other drugs | Unat®
ACE inhibitors are drugs from the group of antihypertensive drugs. They are used to treat high blood pressure, chronic heart failure and as prophylaxis against strokes and heart attacks. They develop their effect by inhibiting certain enzymes that produce angiotensin II from angiotensin I. This enzyme is called angiotensin converting enzyme, from which the name … Interaction between ACE inhibitors and beta-blockers
Beta-Blockers: General and mechanism of action Beta-blockers are drugs that serve to lower blood pressure. They block b-adrenoreceptors which are responsible for the release of the stress hormone adrenaline and the neurotransmitter noradrenaline. Adrenaline acts on the adrenal receptors of the body. Through its mediation, the vascular tone (degree of vessel opening) is increased, which … Beta-Blockers: General and mechanism of action | Interaction between ACE inhibitors and beta-blockers
