TL;DR: Coronal, Sagittal and Axial Sections of the Hippocampus Showing its Relationships with the Surrounding Structures (after intravascular india ink injection) are shown.
Abstract: Introduction.- Material and Methods.- Structure, Functions, and Connections: Preliminary Remarks.- Structure.- Cornu Ammonis (Hippocampus Proper).- Gyrus Dentatus (Fascia Dentata, Gyrus Involutus).- Structures Joined to the Hippocampus.- Functions and Connections.- Learning and Memory.- Emotional Behavior.-Motor Control.- Hypothalamus.- Comparative Studies.- Anatomy: Preliminary Remarks.- Hippocampal Body.- Intraventricular Part.- Extraventricular or Superficial Part.- Relations with Adjacent Structures.- Hippocampal Head.- Intraventricular Part.-Extraventricular or Uncal Part.- Relations of the Uncus with Adjacent Structures.- Hippocampal Tail.- Intraventricular Part.-Extraventricular Part.- Relations with Adjacent Structures.- General Features. Vascularization: Superficial (Leptomeningeal) Blood Vessels.- Superficial Hippocampal Arteries.- Superficial Hippocampal Veins.- Intrahippocampal (Deep) Blood Vessels.-Intrahippocampal Arteries.- Intrahippocampal Veins.- Hippocampal Head.- Vascular Network. Coronal, Sagittal and Axial Sections of the Hippocampus Showing its Relationships with the Surrounding Structures (after intravascular india ink injection).-Sectional Anatomy and Magnetic Resonance Imaging: Coronal Sections.- Sagittal Sections.- Axial Sections.- References.- Index.
TL;DR: Subtraction analysis provided evidence that the left MTL may be a neuroanatomical marker to evaluate disease progression from MCI to AD, which is consistent with the hierarchical model of neuropathological alterations of neurofibrillary tangles in AD and MCI.
TL;DR: A positive correlation emerged between good postoperative outcome and the radicality of the removal of the parahippocampal gyrus (and the subiculum, which has been evaluated separately).
TL;DR: The combined pterional and anterior temporal approach eliminates the need for temporal lobe elevation and it allows simultaneous clipping of other aneurysms of the ipsilateral anterior circle of Willis; it reduces the frequency and severity of oculomotor palsy, when compared with the subtemporal approach.
Abstract: A technique for achieving a combined pterional (subfrontal) and anterior temporal exposure for aneurysms of the upper basilar complex is described. The technique is not new, but it does involve several modifications not previously described. A standard pterional skin incision that extends below the zygoma just anterior to the tragus is used. The skin flap is separated from the temporal fascia down to the fat pad over the zygoma; at this point, the superficial layer of the temporalis fascia is incorporated and retracted with the skin flap to expose the zygomaticofrontal process and the zygomatic arch. The muscle is cut anteriorly and inferiorly and is retracted posteriorly over the ear. The bone flap includes the anterior temporal squama down to the temporal floor anteriorly. The pterion and the sphenoidal wings are drilled so as to expose completely the dura over the anterior temporal pole. After opening the dura on a flap centered on the sylvian fissure, the medial cisterns are opened widely and the fissure is opened all the way to the middle cerebral bifurcation. Posterolateral temporal retraction and, when necessary, subpial resection of the anteromedial portion of the uncus enhance the exposure posterolateral to the oculomotor nerve. The advantages of this combined approach are as follows: it combines the more anterior angle of vision offered by the pterional approach with the lateral line of vision offered by the subtemporal approach; it eliminates the need for temporal lobe elevation and it allows simultaneous clipping of other aneurysms of the ipsilateral anterior circle of Willis; and it also reduces the frequency and severity of oculomotor palsy, when compared with the subtemporal approach.
TL;DR: Cytoarchitectonics of the Adult Human Cerebral Cortex: G. N. Koskinas References List of Persons Subject Index.
Abstract: Preface Acknowledgements: L. C. Triarhou Vorwort Preface Prefazione Preface: C. von Economo Introduction Frontal Lobe Parietal Lobe Insular Lobe Occipital Lobe Temporal Lobe Superior Limbic Lobe: Cingulate Gyrus and Retrosplenial Region Hippocampal (Inferior Limbic) Lobe: Hippocampal Gyrus, Dentate Gyrus and Uncus Conclusion Appendix. An Outline of Cytoarchitectonics of the Adult Human Cerebral Cortex: G. N. Koskinas References List of Persons Subject Index.