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 5
... pericardium , until they reach the diaphragm . The aortic arch ascends from the heart into the superior mediastinum ... PERICARDIUM ( CUT EDGE ) - ASCENDING AORTA- L. AURICLE- L. VENTRICLE- CORONARY SINUS- POSTERIOR INTERVENTRICULAR ...
... pericardium , until they reach the diaphragm . The aortic arch ascends from the heart into the superior mediastinum ... PERICARDIUM ( CUT EDGE ) - ASCENDING AORTA- L. AURICLE- L. VENTRICLE- CORONARY SINUS- POSTERIOR INTERVENTRICULAR ...
Page 6
... PERICARDIUM L. SUPERIOR PULMONARY VEIN ROOT OF L. LUNG Sternocostal Aspect Within the pericardium lies the heart - a hollow , muscular , four - chambered organ . It is suspended , at its base , by the great vessels . In situ , it ...
... PERICARDIUM L. SUPERIOR PULMONARY VEIN ROOT OF L. LUNG Sternocostal Aspect Within the pericardium lies the heart - a hollow , muscular , four - chambered organ . It is suspended , at its base , by the great vessels . In situ , it ...
Page 262
... PERICARDIUM ( Continued from page 261 ) formation of pericardial effusion is an important factor in determining whether tamponade will occur . A small , rapidly developing effusion may cause tampon- ade , whereas a large one which has ...
... PERICARDIUM ( Continued from page 261 ) formation of pericardial effusion is an important factor in determining whether tamponade will occur . A small , rapidly developing effusion may cause tampon- ade , whereas a large one which has ...
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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