…do not delay treatment of a neurologically compromised patient. Continuous glucose monitoring reflects interstitial glucose and lags behind the blood glucose during rapid changes. Pressure…

Referensvärden A diagnosis of hypertension is not made on a single reading. It requires repeated measurements on at least two occasions, and preferably confirmation by…

…which the ventricle counteracts by developing hypertrophy. Hypertrophic cardiomyopathy implies left ventricular hypertrophy under normal loading conditions. Recommended reading Ventricular Pressure Volume Relationship: Preload, Afterload…

…Clinical guidelines now emphasize that a BMI within the conventional "normal" range (up to 25 kg/m²) does not necessarily equate to optimal cardiovascular health…

…the patient has not kept a diary. The set up and the instructions decide whether the investigation will be usable. Ambulatory blood pressure monitoring (ABPM…

…Exercise performance (functional capacity, exercise capacity) Heart rate: maximal heart rate, heart rate response Blood pressure reaction ECG reaction: ST changes, T wave changes, arrhythmias…

…diastolic blood pressure is not affected by exercise (occasionally it may even drop up to 10 mmHg). Mean arterial pressure (MAP) increases due to the…

…stress, as it provides additional diagnostic and prognostic information, including symptoms, heart rate response, blood pressure changes, ECG changes, arrhythmias, and exercise (functional) capacity. Functional…

…perfusion Parameter Normal Comment : : : Heart rate 50–100/min MAP 70–105 mmHg Target ≥ 65 mmHg in shock; higher in known hypertension Pulse pressure 40…

Procedurer The value of the exercise test lies not in ST depression alone but in the overall picture : exercise capacity, symptoms, blood pressure response, heart…

…This results in blood being propelled forward (assuming that valvular function is normal). Unfortunately, the compressions also increase pressure in the thoracic veins (paravertebral veins…

…converting to Torsade de Pointes ventricular tachycardia. Notice how arterial blood pressure (ABP) drops at the onset of TdP. ECG by Nakstad et al (Scand…

…Catapress 150 μg tablets. Dose: 75 μg daily increased as required to up to 900 μg/day. Transdermal (one patch lasts for…

…diastolic volumes requires that the myocardium becomes hypertrophic. Dilation and hypertrophy allow the ventricle to maintain cardiac output and prevent, or alleviate, the pressure increase…

…hypertension. Table 1 presents the causes of pulmonary regurgitation. Mild pulmonary regurgitation is a normal echocardiographic finding that requires no further investigation. Table 1. Causes…

…reducing myocardial ischaemia and relieving anginal symptoms, while maintaining tolerability and adherence. Selection should be individualized according to blood pressure, heart rate, left ventricular function…

…failure (HF) is a clinical syndrome in which the heart cannot deliver blood at a rate appropriate to tissue requirements unless filling pressures are elevated…

…and hyperthyroidism; follow up and investigation of the cause of increased flow are appropriate. Exercise PH is defined by an mPAP/cardiac output slope greater…

…is the recorded CO 2 partial pressure just before the next inspiration. Phase 0 : Indicates the beginning of the next inspiration. Normal ETCO 2 : 38…

…to return to normal blood pressure (normotension). Combination therapy with multiple antihypertensives is often necessary to normalize blood pressure. Management of hypertension requires careful consideration…

…not after the sore has developed. Humidification, suction and the facility to give nebulised drugs within the circuit. Monitoring: continuous pulse oximetry, ECG, blood pressure…

…pupils, an altered breathing pattern, a rising blood pressure with bradycardia. A known or suspected intracranial space occupying lesion with mass effect and midline shift…

…reflex produces a stereotypic response: an initial increase in heart rate, followed by a drop in blood pressure, and finally a reduction in heart rate…

…ABI is not usable 1.00–1.40 Normal If suspicion persists: exercise ABI 0.91–0.99 Borderline Exercise ABI or follow up 0…

…therapy (requires a large bore dialysis catheter, not an ordinary triple lumen catheter). Measurement of central venous pressure and central venous oxygen saturation. Repeated blood…

…rise. Often outpatient or brief inpatient follow up depending on the clinical picture Moderate 6.0 to 6.4 mmol/L ECG and cardiac monitoring…

…what pressure. Palpable foot pulses are not an acceptable substitute, and in patients with diabetes or renal failure the index may be falsely normal because…

…than 5 mg/kg should not be given within 24 hours. If conversion to sinus rhythm is not successful, blood pressure and ECG should be…

…Nutritional counselling, smoking cessation, blood pressure and lipid management, and diabetes care are therefore integral rather than optional components. Psychological and social factors also influence…

…hypertension, defined as blood pressure ≥160/110 mmHg Headache that does not respond to medication Visual disturbance Persistent severe epigastric pain Pulmonary oedema Thrombocytopenia, with…

…of low cardiac output or shock RVI may produce severe venous congestion even when the left sided filling pressure is normal or only slightly elevated…

…disability, exposure (ABCDE) approach is applicable in bradycardia (Figure 1). Cardiac output and blood pressure, rather than ECG, are the strongest predictors of adverse outcomes…

…or peaked pupil suggests perforation. Look for hyphaema — blood with a fluid level in the anterior chamber, best seen with the patient sitting up. 3…

…and warmed gas; it provides some positive airway pressure and washes out dead space. It requires special equipment and monitoring The nasal cannula, the simple…

…a consequence of increased resistance to empty blood into the right ventricle. This may be due to pulmonary valve stenosis, increased pulmonary artery pressure etc …

…E wave represents passive blood flow from the left atrium to the left ventricle. This flow is propelled by the pressure gradient between the left…

…already at 2.5 cm 2 . A normal mitral valve has an area of 4 to 6 cm 2 . A valve area <1 cm 2…

…orthostatic hypotension Dix Hallpike, supine roll test, orthostatic blood pressure Episodic spontaneous vestibular syndrome Attacks lasting minutes to hours, sometimes days, without an obligatory trigger…

…haemoglobin after fluid treatment has been started a continuing transfusion requirement. A normal haemoglobin early on does not exclude major bleeding. In acute blood loss…

…The relationship between blood pressure and outcome in older adults is not linear at very low pressures. Excessive reduction in diastolic blood pressure may compromise…

…receptor pharmacology is not specified in the source material, it is utilised alongside inotropes in acute heart failure to support systemic blood pressure through its…

…of acute coronary syndrome. The physical examination should include: Assessment of all major peripheral pulses. Blood pressure measurement in both arms. Cardiac auscultation. Pulmonary auscultation…

…largely independent of resting hemodynamics; guideline reference standard. Requires pressure wire + vasodilator (cost, time, patient discomfort); falsely normal in microvascular dysfunction (diabetes, LVH, aortic stenosis…

…rule, 20000 PVCs/day is required to cause cardiomyopathy. Management is aimed at restoring normal rhythm. If restoration of sinus rhythm is not possible, attempts…

…High aortic pressure and low right atrial pressure favor coronary blood flow. A CPP of approximately ≥ 15 mmHg is required to induce spontaneous electrical activity…

…the fact that the right ventricle pumps blood against greater resistance, as compared with the left ventricle. Understanding this requires knowledge of the fetal circulation…

…blood flow from the pulmonary veins to the left atrium. In constrictive pericarditis, the pericardium is so rigid that it is not affected by pressure…

…the fact that the right ventricle pumps blood against greater resistance, as compared with the left ventricle. Understanding this requires knowledge of the fetal circulation…

…generally <1 mm deep. The amplitude of the normal P wave does not exceed 2.5 mm in any limb lead. Reference values for the…

…RVOT. Echocardiography in pulmonic stenosis In the setting of pulmonary valve stenosis, the pressure in the right ventricle rises, which results in right ventricular hypertrophy…

…and a fall in blood pressure without better analgesia. Flush the cannula before and after every dose, otherwise the dose does not arrive until the…

…a pulse ≥ 110/min, a systolic blood pressure < 100 mmHg and a saturation < 90 per cent. An sPESI of 0 indicates low risk…

…device senses the rhythm through the cable, not through the pads. A pulse oximeter, a blood pressure cuff, and an arterial line for prolonged pacing…

…ECG) The ECG is recorded during the entire examination. A 12 lead ECG is not required; limb lead II is sufficient and it provides adequate…

…the blood supply is good and a scar is stigmatising — up to about 24 hours is accepted in Swedish practice. The limit is not the…

…ACS cardiopulmonary disease. Patients with persistent or recurrent chest pain require repeat blood sampling even when an accelerated algorithm has already been initiated. Evaluation and…

…= normal flow; LF = low flow; HG = high gradient; LG = low gradient. Pathophysiology of aortic stenosis As aortic stenosis progresses, pressure conditions…

…pO₂, A–a gradient or PaO₂/FiO₂ Arterial blood gas COHb or MetHb Arterial or venous sample with co oximetry Follow up of pH in…

…with haemodynamic compromise, whatever the current haemoglobin — haemoglobin falls late in acute haemorrhage and a normal value does not exclude significant blood loss. Massive haemorrhage…

…equally compromised, leading to uniform perfusion that may appear deceptively normal on SPECT. Detecting multivessel disease requires quantification of absolute coronary blood flow. This is…