…CCU (coronary care unit), ICU (intensive care unit) or ER (emergency room). Careful electrocardiographic and hemodynamic monitoring with ECG, central vein catheter and intra arterial…

…CCU (coronary care unit), ICU (intensive care unit) or ER (emergency room). Careful electrocardiographic and hemodynamic monitoring with ECG, central vein catheter and intra arterial…

…care or coronary care unit, and the operating theatre. Careful electrocardiographic and haemodynamic monitoring with ECG, a central venous catheter and an arterial line is…

…a coronary care unit or another setting that allows frequent blood pressure measurement and continuous monitoring. An arterial line is often appropriate when very rapid…

…90% of prevalent hypertension. Hypertension has a major population attributable contribution to chronic coronary disease, cerebrovascular disease, and peripheral arterial disease. More than 70% of…

…least 10 minutes unless promptly treated Severe chest pain, pressure, or discomfort An accelerating pattern of angina, with increasing frequency or severity Symptoms that awaken…

…Ambulatory blood pressure monitoring (ABPM): automated measurement, usually over 24 hours, at predefined intervals. Inter arm difference: a sequential systolic difference of 10 mmHg between…

…arterial pressure and is a better indicator of organ perfusion. In clinical settings, MAP is often preferred over SBP for the following reasons: Indicator of…

…by heart is that an arterial line must never be confused with a venous access. Indications Continuous blood pressure monitoring in haemodynamic instability or during…

…kidney disease, ACE inhibitors slow the rate of decline of kidney function in a manner that extends beyond the reduction of systemic arterial pressure. This…

…dialysis catheter, not an ordinary triple lumen catheter). Measurement of central venous pressure and central venous oxygen saturation. Repeated blood sampling during intensive care. Exhausted…

…term prognosis include: Tachycardia Low systolic blood pressure Respiratory insufficiency, manifested by tachypnoea and/or low arterial oxygen saturation Syncope These findings may occur singly…

…closer monitoring — the patient cannot feel pressure injury Peripheral neuropathy of other cause As above Severe pain Titrate the pressure up gradually Rheumatoid arthritis with…

…vasoconstriction may occur, accompanied by decreased venous capacitance and an elevation in right atrial pressure. Levosimendan represents a distinct class of inodilator. It enhances myocardial…

…low output, or persistent severe symptoms require close monitoring and consideration of invasive haemodynamic assessment when precise measurements are needed to guide therapy. Diagnostics Electrocardiography…

…risk of hypercapnia High flow nasal cannula 20–60 L/min 21–100 %, adjustable Humidified and warmed gas; it provides some positive airway pressure and…

…monitoring Use a balanced crystalloid in the first instance. Give small boluses, for example 250 to 500 mL, with immediate reassessment of the blood pressure…

…through the cable, not through the pads. A pulse oximeter, a blood pressure cuff, and an arterial line for prolonged pacing. Venous access, oxygen, suction…

…Ambulatory blood pressure monitoring (ABPM) Indications Confirmation of newly detected hypertension — recommended before treatment is started . Suspected white coat hypertension: raised office blood pressure without…

…Blood pressure ECG monitoring D Disability AVPU: Alert Voice responsive Pain responsive Unresponsive Limb movements Pupillary light reflexes Blood glucose E Exposure Identify signs of…

…without delay, in any of the following: A systolic blood pressure < 90 mmHg caused by the arrhythmia. Ongoing myocardial ischaemia with chest pain and…

…etomidate), routine blood pressure and oximetry monitoring, availability of atropine, isoproterenol, or transcutaneous pacing for post shock bradycardia, and use of biphasic defibrillators , which are…

…the electrode. A glass of water with a straw, a vomit bowl, tissues, suction. Monitoring with ECG, blood pressure and saturation throughout the investigation. Explain…

…Intermediate–high Stable Yes Raised Admission with monitoring. Be prepared for rescue thrombolysis Intermediate–low Stable One of the two positive Admission Low Stable No…

…risk. Left Atrial Diameter (LA) : Enlargement of the left atrium is a marker of elevated left ventricular filling pressures and is linked to adverse outcomes…

…with a high risk of fluid overload — a relative contraindication requiring invasive monitoring and slower administration. Significant metabolic alkalosis or an arterial pH above 7…

…infusions. A ventilator, an arterial line, a central venous catheter, ECG monitoring, blood gases. Drugs for sedation, analgesia and control of shivering. Procedure 1. Start…

…The contemporary understanding of AF has evolved significantly; it is no longer viewed merely as an electrical anomaly but as a progressive, complex atrial myopathy…

…index of AV nodal conduction, but does not significantly alter the H V interval. By these mechanisms, it slows the ventricular response to atrial tachyarrhythmias…

…Consequently, the absence of AF during intermittent monitoring is not sufficient evidence that thromboembolic risk is low. In the setting of acute coronary syndrome, AF…

…widely recognized and validated tool used to assess the one year risk of major bleeding in patients with atrial fibrillation (AF) who are taking anticoagulants…

…to restart it after the procedure. Document the restart date in the medical record. Sources ESC Guidelines for the management of atrial fibrillation. Internetmedicin, DOACs…

…magnitude of intracardiac shunts, distinguishing hemodynamically significant defects from incidental findings. Guidance for Intervention : A Qp/Qs 1.5 often warrants surgical or percutaneous closure…

…formerly termed Prinzmetal or variant angina, is myocardial ischaemia caused by transient abnormal vasoconstriction of one or more coronary arteries. Epicardial spasm produces a reversible…

…visible, it is retrograde in lead II (because of the reversed direction of atrial activation) and may be located before or after the QRS complex…

…explain the marked differences in characteristics and outcomes across the data sources for out of hospital cardiac arrest (OHCA) and in hospital cardiac arrest (IHCA…

…monitoring should start immediately and a defibrillator must be ready. I B Consider connecting leads V7, V8 and V9 in patients with high suspicion of…

…couch that can be lowered, preferably allowing the prone position. Monitoring: pulse oximetry, blood pressure, ECG and capnography during sedation, with oxygen and a bag…

…absence of malfunction, a pacemaker should have been checked within the preceding 12 months and an ICD within the preceding 6 months. Remote monitoring may…

ECG Myocardial ischemia and infarction Use of ECG in acute coronary syndromes & chest pain patients An ECG must be performed on all patients seeking medical…

…correlates best with total cumulative dose—may be a better predictor of long term tolerability. Hemodynamic Effects Amiodarone acts as a peripheral and coronary vasodilator…

…and this confirms that the coronary artery flow is patent. The rapid ST segment return is explained by rapid normalization of myocardial cell membrane potentials…

…not looked for afterwards. Monitoring: ECG, pulse oximetry and blood pressure at short intervals. Tube size and depth Patient Internal diameter (mm) Depth at the…

…continuous ECG monitoring and early assessment of the need for dialysis ECG changes or serious neuromuscular symptoms mean a high risk even if the plasma…

…monitoring, intravenous or intraosseous access, a targeted history At 5 minutes A full, adequate dose of a benzodiazepine About 10 minutes Repeat the benzodiazepine once…

…in hospital cardiac arrest (IHCA) 20 30% of victims have continuous ECG monitoring (telemetry), which allows instantaneous identification of the initial rhythm ( Thorén et al …

…same probe as for echocardiography) and a sterile probe cover. Continuous ECG, blood pressure and saturation monitoring; a defibrillator to hand. Sterile gown and gloves…

…ECG monitoring. Fluid where hypovolaemia is likely, but avoid repeated blind boluses in cardiogenic toxic shock D Plasma glucose immediately. Assess the level of consciousness…

…pressure just before the next inspiration. Phase 0 : Indicates the beginning of the next inspiration. Normal ETCO 2 : 38 mmHg (5 kPa) or 5%. Monitoring…

…of seizures, delirium tremens, infection, trauma and metabolic disturbance. 4. Monitoring at the appropriate level of care , with readiness for respiratory support. 5. Treatment of…

…acute coronary syndrome See the circulatory and haemodynamic parameters for pressures, flows and shock profiles. Acid–base and electrolytes in intensive care Neurological monitoring Parameter…

…time of the bolus and the blood pressure before administration. 12. Prepare for the monitoring and management of intracranial haemorrhage and angioedema. First of all…

…with the diagnostic work up. Obtain an interpretable 12 lead ECG within 10 minutes of first medical contact, attach continuous rhythm monitoring, secure intravenous access…

…Humidification, suction and the facility to give nebulised drugs within the circuit. Monitoring: continuous pulse oximetry, ECG, blood pressure, respiratory rate. A blood gas before…

…smoking After acute coronary syndrome Reinfarction reduced by approximately 30–40%; death reduced by approximately 35–45% Peripheral artery disease Lower risk of progression to…

…40 years with recurrent syncope of unknown etiology. This test should be performed under continuous ECG and blood pressure monitoring and must be avoided in…

…Contraindications Ongoing respiratory depression, or untreated severe respiratory failure without the possibility of monitoring. Paralytic ileus and suspected obstructive ileus (an opioid can be given…

…is an alternative premedication. Peripheral venous cannula, saline flush. ECG monitoring, pulse oximetry and blood pressure measurement throughout the test. Oxygen, suction, a bag and…

…delay treatment of a neurologically compromised patient. Continuous glucose monitoring reflects interstitial glucose and lags behind the blood glucose during rapid changes. Pressure on the…

…work of breathing, a new oxygen requirement, a saturation below 93 per cent on air, or a falling PaO2 Circulation A systolic blood pressure of…