…reduced by around half. Liquid preparations: in practice within about 1 hour. Tablets and solid preparations: up to about 2 hours. Modified release preparations, anticholinergics…

…around the clock for health care professionals. Contact the centre early in serious, unusual or unclear poisoning, with modified release preparations, mixed poisoning, pregnancy, children…

…injury is separate from MI. It refers to cardiac troponin release that does not fulfil the criteria for ischaemic myocardial infarction. It may be acute…

…on the bowel must be taken into account). Known allergy to the preparation — rare; itching and urticaria are usually due to histamine release, not allergy…

…cellular proteins are released into the circulation. It is possible to detect elevated levels of myocardial proteins in blood within 2 to 3 hours after…

…titrated to spontaneous breathing, not to wakefulness. It has a short half life, and the patient must be monitored afterwards. Starting a modified release preparation…

…a dialysis patient, in severe acute kidney injury, in treatment failure or in ongoing massive potassium release. In cardiac arrest with suspected hyperkalaemia, advanced life…

…tend to increase to higher levels than cTnT during acute myocardial infarction. cTnI and cTnT have different molecular structures, which may affect their release into…

…irritant drugs: pull the skin and subcutaneous tissue 2–3 cm to one side, inject, wait 10 seconds, withdraw the needle and release the skin…

…classification distinguishes infarction according to its mechanism: Type 1 myocardial infarction: acute atherosclerotic plaque disruption or erosion with coronary thrombosis. Type 2 myocardial infarction: acute…