…parameters. Blod flow velocities across the mitral valve and mitral annular plane velocity are standard assessments. Mitral flow velocities are measured using Pulsed Doppler. Tissue…

…Parameter Assessment A Airway Voice Breath sounds B Breathing Respiratory rate (12–20 / min) Chest wall movements Chest percussion Lung auscultation Pulse oximetry ( 95%) C…

ECG Introduction to ECG interpretation The normal T wave Assessment of the T wave represents a difficult but fundamental part of ECG interpretation. The normal…

ECG Introduction to ECG interpretation QT duration and corrected QT (QTc) duration ECG interpretation always includes an assessment of the QT interval (QT duration). The…

…ranked according to their embolic potential. Conditions with high embolic potential entail a high risk of embolism and vice versa . Table 1 lists these conditions…

…length of the refractory period (see Basic Cardiac Electrophysiology) varies with heart rate. The length is shortened as heart rate increases and vice versa. Thus…

…As the heart rate increases, the QT interval decreases and vice versa. The physiological purpose of this phenomenon is to allow for faster cardiac cycles…

…Cardiac cells are highly capable of matching the supply and demand of ATP; increased cardiac workload results in increased ATP production and vice versa. Importantly…

…related to the area of the orifice; velocity increases with diminishing area of the orifice, and vice versa . Figure 1. The principle of continuity (the…

…by increasing the level of exertion ( i.e increasing the myocardial load), and vice versa . Stable angina pectoris is a chronic and mostly progressive disease…