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  • Book
    [edited by] A. James Barkovich, Bernadette L. Koch, and Kevin R. Moore.
    Summary: "Diagnostic Imaging: Pediatric Neuroradiology, Second Edition is a useful tool for all health professionals involved in ordering, performing, or interpreting imaging studies of the child's brain, head, neck, spinal column, and spinal cord. The book consists of diagnoses of all common disorders of the pediatric nervous system and many that are not common. For each diagnosis, information is included concerning the clinical presentation(s) of affected patients, the best sequences to perform for imaging analysis, what each imaging sequence is expected to show (in both common and uncommon presentations), and examples of images showing the key features. In addition, information is included concerning the pathophysiology and pathology of the disorders being discussed, and some basic information concerning the causative genes (when appropriate). In addition to the diagnoses, the book contains introductory chapters in multiple sections that give background on basic embryology, anatomy, and physiology as well as typical imaging features of normal structures in areas being imaged. Put together, the contents of the book make it useful for readers of many different backgrounds and at nearly all stages of training as well as practicing health professionals. This beautiful second edition comes with Amirsys eBook Advantage, an online and searchable version of the book with linked references. In classic Amirsys style, both print and electronic content is viewable in easy-to-read bulleted lists supported by clearly described images. With a comprehensive overhaul, Diagnostic Imaging: Pediatric Neuroradiology, Second Edition promises to become another classic."--Provided by publisher.
    Digital Access Ovid 2015
  • Article
    Maunoury R, Delpech A, Delpech B, Vidard MN, Vedrenne C, Constans JP, Hillereau J.
    Neurochirurgie. 1977 May-Jun;23(3):173-85.
    On the basis of studies utilizing antibody to GFAP (glial fibrillary acidic protein) in the indirect immunofluorescent and immunoperoxydase methods we report the presence of GFAP in 5 astrocytomas, 1 ependymoma and 1 medulloblastoma. The GFAP was evidenced on cryostat sections of frozen material and in short-term tissue culture. Five others tumors including 1 oligodendrocytoma, 1 choroid-plexus papilloma, 1 meningioma and 2 secondary sarcomas were negative. Possible applications of antibodies to GFAP for localization and therapy of brains tumors were considered.
    Digital Access Access Options