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  • Book
    Douglas J. Gould, PhD, Professor and Vice Chair, Department of Biomedical Sciences, ... Show More William Beaumont School of Medicine, Oakland University, Rochester, Michigan, Jennifer K. Brueckner-Collins, PhD, Professor and Vice- Chair, Department of Anatomical Sciences and Neurobiology, University of Louisville School of Medicine, Louisville, Kentucky ; author of first-fourth editions James D. Fix (1931-2010).
    Summary: Now significantly revised based on student feedback, this best-selling text provides a quick, authoritative review of the most important clinical aspects of neuroanatomy. A new, full-color design highlights the essential information you need to know to excel on course exams and the USMLE Step 1. New objectives begin every chapter, contents have been reorganized and streamlined, and all information has been completely updated. A new Gross Structure chapter lays the foundation for understanding the sectional anatomy in the Atlas chapter, and all terminology is now consistent with Terminologia Anatomica.

    Contents:
    Machine generated contents note: 1. Gross Structure Of The Brain
    I. Divisions of the Brain
    2. Development Of The Nervous System
    I. The Neural Tube
    II. The Neural Crest
    III. The Cranial Neuropore
    IV. The Caudal Neuropore
    V. Microglia
    VI. Myelination
    VII. The Optic Nerve and Chiasma
    VIII. The Hypophysis (pituitary gland)
    IX. Congenital Malformations of the CNS
    3. Neurohistology
    I. Neurons
    II. Nissl Substance
    III. Axonal Transport
    IV. Anterograde (Wallerian) Degeneration
    V. Chromatolysis
    VI. Regeneration of Nerve Cells
    VII. Neuroglia
    VIII. The Blood-Brain Barrier
    IX. The Blood-CSF Barrier
    X. Pigments and Inclusions
    XI. Classification of Nerve Fibers
    XII. Tumors of the CNS and PNS
    XIII. Cutaneous Receptors
    4. Blood Supply
    I. The Spinal Cord and Caudal Brainstem
    II. The Internal Carotid System
    III. The Vertebrobasilar System
    IV. The Blood Supply of the Internal Capsule
    V. Veins of the Brain
    VI. Venous Dural Sinuses. Note continued: VII. Angiography
    VIII. The Middle Meningeal Artery
    5. Meninges, Ventricles, And Cerebrospinal Fluid
    I. Meninges
    II. Ventricular System
    III. Cerebrospinal Fluid
    IV. Herniation
    6. Spinal Cord
    I. Gray and White Rami Communicans
    II. Spinal Nerves
    III. Conus Medullaris
    IV. Location of the Major Motor and Sensory Nuclei of the Spinal Cord
    V. The Cauda Equina
    VI. The Myotatic Reflex
    Case 6
    1
    I. Posterior (Dorsal) Column
    Medial Lemniscus Pathway
    II. Anterolateral System
    III. Lateral Corticospinal Tract
    Case 6
    2
    I. Diseases of the Motor Neurons and Corticospinal Tracts
    II. Sensory Pathway Lesions
    III.Combined Motor and Sensory Lesions
    IV. Peripheral Nervous System (PNS) Lesions
    V. Intervertebral Disk Herniation
    VI. Cauda Equina Syndrome (Spinal Roots L3 to CO)
    VII. Conus Medullaris Syndrome (Cord Segments S3 to C0)
    7. Brainstem
    I. Introduction
    II. Cross Section Through the Caudal Medulla. Note continued: III. Cross Section Through the Mid-Medulla
    IV. Cross Section Through the Rostral Medulla
    V. Cross Section Through the Caudal Pons
    VI. Cross Section Through the Mid-Pons
    VII. Cross Section Through the Rostral Pons
    VIII. Cross Section Through the Caudal Midbrain
    IX. Cross Section Through the Rostral Medulla
    X. Corticonuclear Fibers
    Lesions of the Brainstem
    I. Lesions of the Medulla
    II. Lesions of the Pons
    III. Lesions of the Midbrain
    IV. Acoustic Neuroma (Schwannoma)
    V. Jugular Foramen Syndrome
    VI."Locked-in" Syndrome
    VII. Central Pontine Myelolysis
    VIII."Top of the Basilar" Syndrome
    IX. Subclavian Steal Syndrome
    X. The Cerebellopontine Angle
    8. Autonomic Nervous System
    I. Introduction
    II. Cranial Nerves (CN) With Parasympathetic Components
    III.Communicating Rami
    IV. Neurotransmitters
    V. Clinical Correlation
    9. Cranial Nerves
    I. The Olfactory Nerve
    II. The Optic Nerve (CN II). Note continued: III. The Oculomotor Nerve (CN III)
    IV. The Trochlear Nerve (CN IV)
    V. The Trigeminal Nerve (CN V)
    VI. The Abducent Nerve (CN VI)
    VII. The Facial Nerve (CN VII)
    VIII. The Vestibulocochlear Nerve (CN VIII)
    IX. The Glossopharyngeal Nerve (CN IX)
    X. The Vagal Nerve (CN X)
    XI. The Accessory Nerve (CN XI)
    XII. The Hypoglossal Nerve (CN XII)
    10. Trigeminal System
    I. Introduction
    II. The Trigeminal Ganglion
    III. Trigeminothalamic Pathways
    IV. Trigeminal Reflexes
    V. The Cavernous Sinus
    11. Diencephalon
    I. Introduction
    II. The Thalamus
    III. Blood Supply
    IV. The Internal Capsule
    V. The hypothalamus
    12. Auditory System
    I. Introduction
    II. The Auditory Pathway
    III. Hearing Defects
    IV. Auditory Tests
    13. Vestibular System
    I. Introduction
    II. The Labyrinth
    III. The Vestibular Pathways
    IV. Vestibulo-ocular Reflexes
    14. Visual System
    I. Introduction
    II. The Visual Pathway. Note continued: III. The Pupillary Light Reflex Pathway
    IV. The Pupillary Dilation Pathway
    V. The Near Reflex and Accommodation Pathway
    VI. Cortical and Subcortical Centers for Ocular Motility
    VII. Clinical Correlation
    15. Limbic System
    I. Introduction
    II. Major Components
    III. The Papez Circuit
    IV. Clinical Correlations
    16. Basal Nuclei And Extrapyramidal Motor System
    I. Basal Nuclei (Ganglia)
    II. The Extrapyramidal (Striatal) Motor System
    III. Clinical Correlation
    17. Cerebellum
    I. Function
    II. Anatomy
    III. The Deep Cerebellar Nuclei
    IV. The Major Cerebellar Circuit
    V. Cerebellar Dysfunction
    VI. Cerebellar Syndromes and Tumors
    18. Cerebral Cortex
    I. Introduction
    II. The Six-Layered Neocortex
    III. Functional Areas
    IV. Focal Destructive Hemispheric Lesions and Symptoms
    V. Cerebral Dominance
    VI. Split Brain Syndrome
    VII. Other Lesions of the Corpus Callosum
    VIII. Brain and Spinal Cord Tumors
    IX. Apraxia. Note continued: X. Aphasia
    XI. Dysprosodies
    19. Cross-Sectional Anatomy Of The Brain
    I. Introduction
    20. Neurotransmitters
    I. Major Neurotransmitters
    II. Functional and Clinical Considerations.
    Print Access Request
    Location
    Version
    Call Number
    Items
    Exam Review Books (shelved at Information Desk)
    2016
    QM451 .F588 2016
    1
  • Journal
    Print 1928-
  • Article
    Shani A, Ritts RE, Thynne GS, Weiland LH, Silvers A, Moertel CG, Go VL.
    Int J Cancer. 1978 Aug 15;22(2):113-9.
    Fifty-four patients from the surgical gastroenterology service and 22 healthy controls have been prospectively evaluated in a single-blind protocol by the LAI tube method. The LAI correctly identified 25 of 33 early colorectal patients staged as Dukes' B and C at surgery but none of the Dukes' D patients. An inverse relationship was seen between the results of the non-adherence index (NAI) and CEA levels which was most pronounced in those with advanced colorectal cancer. The majority of Dukes' B and C patients having a "false negative" LAI had a CEA level greater than 2.5 ng/ml, suggesting that more advanced disease than that seen at surgery may be present. Two of 22 normal controls gave a borderline positive NAI. Some technical problems, including the relatively short life of the tumor extracts, are discussed.
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