The Ciba Collection of Medical Illustrations: HeartThe most critically acclaimed of all of Dr. Frank H. Netter's works, this fully illustrated single book from the 8-volume/13-book reference collection includes: hundreds of world-renowned illustrations by Frank H. Netter, MD; informative text by recognized medical experts; anatomy, physiology, and pathology; and diagnostic and surgical procedures. |
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Page 58
... waves in lead I are small , but they are tall in leads II , III , and aVF , often exceeding the upper limit of nor- mal ( 2.5 mm ) for lead II . The vector loop is down , forward , and large . Mod- erately tall P waves are present in ...
... waves in lead I are small , but they are tall in leads II , III , and aVF , often exceeding the upper limit of nor- mal ( 2.5 mm ) for lead II . The vector loop is down , forward , and large . Mod- erately tall P waves are present in ...
Page 59
... waves , relative to the normal , in leads V , and V2 , and deep S waves in leads V , and V5 . The R / S amplitude ratio in lead V1 is abnormal , indicating a tall R wave with respect to the depth of the S wave . Normally , this ratio ...
... waves , relative to the normal , in leads V , and V2 , and deep S waves in leads V , and V5 . The R / S amplitude ratio in lead V1 is abnormal , indicating a tall R wave with respect to the depth of the S wave . Normally , this ratio ...
Page 66
... wave ) which appears different from the P waves of the basic mechanism and is premature in time . This is the atrial premature contraction . Measure the time interval from the premature P wave to the P wave immediately in front , and ...
... wave ) which appears different from the P waves of the basic mechanism and is premature in time . This is the atrial premature contraction . Measure the time interval from the premature P wave to the P wave immediately in front , and ...
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Common terms and phrases
A-V node acute Amer aneurysm anomaly aortic arch aortic stenosis aortic valve ascending aorta atrial atrioventricular bacterial endocarditis block blood flow branches cardiac output catheter cause cells chordae tendineae CIBA circulation clinical common Continued conus coronary artery CUSP depolarization diastolic dilatation ductus arteriosus edema electrocardiogram embolism embryo enlargement fibers fibrillation heart disease heart failure hypertension increased infection INFERIOR VENA CAVA interventricular leads left atrium left ventricle left ventricular lesions lung medial membrane mitral insufficiency mitral stenosis mitral valve murmur myocardial infarction myocardium NERVE normal occur orifice oxygen PAPILLARY MUSCLE patients pericardial pericardium peripheral PLATE portion posterior pulmonary artery PULMONARY TRUNK PULMONARY VEINS QRS complex renal result rheumatic right atrium right ventricle right ventricular rupture SECTION segment septum shunt sinus SUPERIOR VENA CAVA surgery surgical suture systolic tachycardia thoracic tion tissue tricular tricuspid valve truncus usually valvular vascular venous ventricular hypertrophy ventricular septal defect vessels wall wave