Electrodiagnotic Differentiation of Spinal Disorders

Spinal-fluid protein determination for the differentiation of neurologic disorders.

A simplechemical test previouslydescribedfor the determination of total protein and y-globulin was applied to the analysisof spinal fluid specimens (CSF) from nonneurologic and a variety of neurologic disorders. On the basis of the chemical findings, the pathologic specimens analyzed were divided into three groups: (a) nonneurologic and some neurologic conditions with a normal CSF total protein...

Spinal Cord Disorders

Spinal cord disorders encompass a wide range of pathologic entities and affect all age groups. Some spinal cord disorders may have catastrophic outcomes if they are not recognized early in the clinical course. The ultimate neurologic outcome with many of these disorders may depend on expeditious recognition in the emergency department (ED), with appropriate initial investigations, neuroimaging,...

Biomechanics of Degenerative Spinal Disorders.

The spine has several important functions including load transmission, permission of limited motion, and protection of the spinal cord. The vertebrae form functional spinal units, which represent the smallest segment that has characteristics of the entire spinal column. Discs and paired facet joints within each functional unit form a three-joint complex between which loads are transmitted. Surr...

Psychological Differentiation of Psychopathological Disorders

P71: Toward Treatment of Post-Traumatic Spinal Cord Injury: Differentiation of Oligodendrocytes from Adipose Stem Cells

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