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- BookPocket Atlas of Sectional Anatomy : Computed Tomography and Magnetic Resonance Imaging. 4th edition.Torsten B. Moeller, Emil Reif.Summary: "This comprehensive, easy-to-consult pocket atlas is renowned for its superb illustrations and ability to depict sectional anatomy in every plane. Together with its two companion volumes, it provides a highly specialized navigational tool for all clinicians who need to master radiologic anatomy and accurately interpret CT and MR images. Special features of Pocket Atlas of Sectional Anatomy: - Didactic organization in two-page units, with high-quality radiologic images on one side and brilliant, full-color diagrams on the other - Hundreds of high-resolution CT and MR images, many made with the latest generation of scanners (e.g., 3T MRI, 64-slice CT) - Consistent color coding, making it easy to identify similar structures across several slices - Concise, easy-to-read labeling of all figures. Updates for the 4th edition of Volume I: - New cranial CT imaging sequences of the axial and coronal temporal bone - Expanded MR section, with all new 3T MR images of the temporal lobe and hippocampus, basilar artery, cranial nerves, cavernous sinus, and more - New arterial MR angiography sequences of the neck and additional larynx images Compact, easy-to-use, highly visual, and designed for quick recall, this book is ideal for use in both the clinical and study settings. Volume I: Head and Neck Volume II: Thorax, Heart, Abdomen, and Pelvis, ISBN 978-3-13-125604-1 Volume III: Spine, Extremities, Joints, ISBN 978-3-13-143171-4 Torsten B. Moeller, MD, and Emil Reif, MD, Department of Radiology, Marienhaus Klinikum Saarlouis-Dillingen, Dillingen/Saarlouis, Germany"--Provided by publisher.
Contents:
V. 1 : Head and neck
v. 2. Thorax, heart, abdomen, and pelvis
v. 3. Spine, extremities, joints. - ArticleSchaff HV, Dombroff R, Flaherty JT, Bulkley BH, Hutchins GM, Goldman RA, Gott VL.Circulation. 1978 Aug;58(2):240-9.To assess the effects of moderate potassium cardioplegia (37 mEq/l KCl) on the severity of myocardial ischemia during arrest and on post arrest ventricular function, 32 isolated, isovolumic feline hearts were studied before, during and 1 hour after ischemic arrest. Normothermia (37 degrees C) was maintained in the remaining 16 hearts, eight without KCl and eight with KCl. Hypothermia (27 degrees C) was maintained in the remaining 16 hearts, eight with KCl and eight without KCl. Myocardial oxygen (PmO2) and carbon dioxide tensions (PmCO2) were measured by mass spectrometry. Maximum developed intraventricular pressure (max DP) and max dP/dt were used as indices of performance. Compared with normothermic or hypothermic arrest alone, the addition of potassium cardioplegia resulted in a significant reduction in the peak PmCO2 measured during the arrest period. Hypothermia alone resulted in morphologic evidence of improved myocardial preservation and a significant reduction in peak PmCO2 compared with normothermia. Post arrest ventricular function was best with the combination of hypothermic arrest and potassium cardioplegia (max DP = 96 +/- 6% of control and max dP/dt = 99 +/- 5% of control). These data suggest that the beneficial effects of postassium cardioplegia and 27 degrees hypothermia are additive, and that reduction in myocardial ischemia as evidenced by a reduction in peak PmCO2 correlated with improvement in ventricular performance in the post arrest period and with preservation of myocardial structure.