Atlas of Morphology and Functional Anatomy of the Brain by T. Scarabino, U. Salvolini, F. Di Salle, H. Duvernoy, P.

By T. Scarabino, U. Salvolini, F. Di Salle, H. Duvernoy, P. Rabischong

This twin atlas goals at illustrating the anatomy of the mind and its visual appeal on MR photographs utilizing an easy and powerful mode of presentation. Following an introductory bankruptcy, ''Comprehensive anatomy of the human brain'', the ebook is split right into a morphological and a sensible imaging part. The morphological atlas provides 3D floor pictures through high-definition MR sections got within the axial, coronal, and sagittal planes. The MR photos are paired with the corresponding anatomical photos to permit their scientific correlation. The useful atlas comprises illustrative MR photographs displaying cortical activation in quite a few useful parts (including the auditory, motor, visible, and language areas).

Show description

Read or Download Atlas of Morphology and Functional Anatomy of the Brain PDF

Best neurosurgery books

Brain Tumors in Adults, An Issue of Neurologic Clinics

In 2007, among forty. 000 and 50,000 humans within the usa can be clinically determined with fundamental mind tumors, nearly all of whom should be adults. 3 times this quantity will increase metastatic mind tumors from melanoma originating somewhere else within the physique. This factor of Neurologic Clinics includes the next articles: Epidemiology of mind Tumors (Wrensch, Claus); Molecular Pathogenesis of mind Tumors and the function of Stem Cells (Ligon, Kesari); Advances in Neuroimaging of mind Tumors (Henson); scientific administration of mind Tumor sufferers (Schiff, Wen); Advances in Neurosurgery for mind Tumors (Shaffrey); Advances in Radiation treatment for mind Tumors (Mehta); Novel treatments for mind Tumors (Wen, Schiff); Anaplastic Astrocytomas and Glioblastomas (Reardon); Anaplastic Oligodendrogliomas and Anaplastic Oligoastrocytomas (Van Den Bent); Low-Grade Gliomas (Lang, Gilbert); mind Metastases (Deangelis); Benign mind Tumors (Link); fundamental CNS Lymphoma (Abrey); and Genetic reasons of mind Tumors (Plotkin).

Transendoscopic Ultrasound for Neurosurgery

Endoscopic neurosurgery has now not but reached the protection and applicability of microsurgery. Endo-neuro-sonography is a brand new method geared toward making endoscopy more secure via real-time imaging and navigation skill (brain-radar). The endo-neurosonographic picture is a sonographic experiment on the tip of the endoscope (mini-CT) providing additional info to the endoscopic view.

Handbook of Complex Percutaneous Carotid Intervention

This instruction manual supplementations hands-on education in interventional cardiology with a selected concentrate on percutaneous intervention in sufferers with extracranial carotid artery stenosis. It incorporates experiences of landmark reports helping carotid endarectomy and stenting and is a complete consultant to this fascinating and burgeoning box.

Peripheral Nerve Surgery: Practical Applications in the Upper Extremity

This sensible and accomplished ebook offers you cutting-edge top wisdom at the remedy of nerve accidents from the brachial plexus to the fingertip. Pioneers in peripheral nerve surgical procedure from throughout North the United States and Europe provide you with suggestions, pearls, and technical issues gleaned from their a long time of expertise.

Extra resources for Atlas of Morphology and Functional Anatomy of the Brain

Example text

SURFACE IMAGES 25 C46a C42a C67 C64 C4 C5 C84 C69 C44 C85 C6 C68 C45 C42 C43 C46b C10 C32 C66 C51 C22b C87 C78 C24b C22a C22 C12 C7 C77 C86 C24c C11b C11c C50a C50b C3 C70 C42b C11 C2 C22 C89 C88 C32 C11a C79 C24 C25 C33 C26 C76 26 Mesial view SURFACE IMAGES SURFACE IMAGES 27 C44 C72 C5 C72 C19 C19 C93 C92 C23 C15 C13 SC10 C94 C58 C23a C23c C82 C23b C74 SC29 C58a SC14 SC28 C54 C74b SC7 C60 C74a C47 SC8 SC11 C81 CE1d C59 C88 C48 SC15 TC1 C89 CE1c TC4 TC2 CE1b CE1e CE1g C56 SC12 TC20 CE1f CE1a TC15 CE1h TC14 TC19 CE1 CE1j CE1i CE1o CE1mCE1k CE1l TC34 CE1n CE2 TC30 TC24 CE2f 28 Mesial view SURFACE IMAGES SURFACE IMAGES 29 C71 C72 C19 C19 C5 C93 C18 C23 C92 SC10 C58 C23b C23c SC14 SC7 SC8 C54 C47 TC1 SC11 C15 C73 SC15 TC2 TC5 C48 C13 C56 TC3 SC12 H3 C21 C49 C55 C28 C35 H2 H4 C27 C23a C26 C94 C18 C74 C74a C82 C81 C83 C80 C79 C76 C74b 30 Superior view SURFACE IMAGES SURFACE IMAGES 31 C1 C4 C6 C11 C5 C42a C43 C44 C45 C46a C19 C64 C67 C70 C77 C78 32 Inferior view SURFACE IMAGES SURFACE IMAGES 33 C3 C8 C14 C29 C7 C17 C16 C9 C21 C20 C22 C13 C24 C56 C57 C61 SC12 SC15 C25 H15 C26 C34 C27 H16 C28 C35 TC4 TC3 TC20 TC14 TC39 CE2a TC22 TC41 TC21 TC30 C22 TC42 TC24 TC28 TC25 TC26 CE2e CE2a CE1c 35 AXIAL CUTS In the following pages (36–59), high definition T2-W FSE axial MR cuts (left) are compared with “traditional” anatomical cuts (right).

See the jacket flap for anatomical references.

SURFACE IMAGES 25 C46a C42a C67 C64 C4 C5 C84 C69 C44 C85 C6 C68 C45 C42 C43 C46b C10 C32 C66 C51 C22b C87 C78 C24b C22a C22 C12 C7 C77 C86 C24c C11b C11c C50a C50b C3 C70 C42b C11 C2 C22 C89 C88 C32 C11a C79 C24 C25 C33 C26 C76 26 Mesial view SURFACE IMAGES SURFACE IMAGES 27 C44 C72 C5 C72 C19 C19 C93 C92 C23 C15 C13 SC10 C94 C58 C23a C23c C82 C23b C74 SC29 C58a SC14 SC28 C54 C74b SC7 C60 C74a C47 SC8 SC11 C81 CE1d C59 C88 C48 SC15 TC1 C89 CE1c TC4 TC2 CE1b CE1e CE1g C56 SC12 TC20 CE1f CE1a TC15 CE1h TC14 TC19 CE1 CE1j CE1i CE1o CE1mCE1k CE1l TC34 CE1n CE2 TC30 TC24 CE2f 28 Mesial view SURFACE IMAGES SURFACE IMAGES 29 C71 C72 C19 C19 C5 C93 C18 C23 C92 SC10 C58 C23b C23c SC14 SC7 SC8 C54 C47 TC1 SC11 C15 C73 SC15 TC2 TC5 C48 C13 C56 TC3 SC12 H3 C21 C49 C55 C28 C35 H2 H4 C27 C23a C26 C94 C18 C74 C74a C82 C81 C83 C80 C79 C76 C74b 30 Superior view SURFACE IMAGES SURFACE IMAGES 31 C1 C4 C6 C11 C5 C42a C43 C44 C45 C46a C19 C64 C67 C70 C77 C78 32 Inferior view SURFACE IMAGES SURFACE IMAGES 33 C3 C8 C14 C29 C7 C17 C16 C9 C21 C20 C22 C13 C24 C56 C57 C61 SC12 SC15 C25 H15 C26 C34 C27 H16 C28 C35 TC4 TC3 TC20 TC14 TC39 CE2a TC22 TC41 TC21 TC30 C22 TC42 TC24 TC28 TC25 TC26 CE2e CE2a CE1c 35 AXIAL CUTS In the following pages (36–59), high definition T2-W FSE axial MR cuts (left) are compared with “traditional” anatomical cuts (right).

Download PDF sample

Rated 4.58 of 5 – based on 17 votes