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You cannot do away with mirroring since flash-based storage has higher failure rates when compared with the hard disks and mirroring will provide you a better level of protection ASM Disks and ASM Diskgroup An ASM diskgroup is the primary storage entity of ASM that is exposed to the Oracle Database for storing database files The ASM diskgroup is composed of one or more ASM disks, which are nothing but the grid disks exposed from each Exadata Storage Server to Oracle ASM It is important to know that all ASM disks within an ASM diskgroup should reside in the Exadata Storage Servers in order for the database to utilize the Exadata-related features such as Exadata SQL offload processing With Oracle ASM, you can define failure groups in an ASM diskgroup.

Plug them in We can use any of the original equations or their revisions to solve for z. Let s use the third original equation:

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PROPPER DJ, BUCKNALL RC: Acute transverse myelopathy complicating systemic lupus erythematosus Ann Rheum Dis 48:512, 1989 QUEIROZ L de S, NUCCI A, FACURE NO, FACURE JJ: Massive spinal cord necrosis in schistosomiasis Arch Neurol 36:517, 1979 REAGAN TJ, THOMAS JE, COLBY MY: Chronic progressive radiation myelopathy JAMA 203:128, 1968 RIDDOCH G: The re ex functions of the completely divided spinal cord in man, compared with those associated with less severe lesions Brain 40: 264, 1917 ROOBOL TH, KAZZAZ BA, VECHT CJ: Segmental rigidity and spinal myoclonus as a paraneoplastic syndrome J Neurol Neurosurg Psychiatry 50:628, 1987 ROPPER AH, AYATA C, ADELMAN L: Vasculitis of the spinal cord Arch Neurol 60:1791, 2003 ROPPER AH, GRESS DR, DIRINGER MH, et al: Neurological and Neurosurgical Intensive Care, 4th ed Philadelphia, Lippincott Williams Wilkins, 2004 ROPPER AH, POSKANZER DC: The prognosis of acute and subacute transverse myelitis based on early signs and symptoms.

Certain alterations in size and shape of the head in the infant, child, or even adult always signify a pathologic process that affected the brain before birth or in early infancy The size of the cranium re ects the size of the brain; therefore the tape measure is one of the most useful tools in pediatric neurology no examination in a neurologically affected child is complete without a measurement of the circumference of the head Graphs of the head circumference in males and females from birth to 18 years of age have been compiled by Nellhaus A newborn whose head circumference is below the third percentile for age and sex and whose fontanels are closed may be judged to have a developmental abnormality of the brain.

A head that is normal in size at term but fails to keep pace with body length (microcephaly) re ects a later failure of growth and maturation of the cerebral hemispheres (microencephaly) Enlargement of the Head (Macrocephaly) This can be due to factors extrinsic to the brain, such as hydrocephalus and hydranencephalus (as de ned below), or excessive brain growth (megaloor macroencephaly) (Table 38-2) The hydrocephalic head is distinguished by several features frontal protuberance, or bossing; a tendency for the eyes to turn down so that the sclerae are visible between the upper eyelids and iris (sunset sign); thinning of the scalp and prominence of scalp veins; separation of the cranial sutures; and a cracked pot sound on percussion of the skull Infantile hydrocephalus usually comes to medical attention because of an expanding cranium that exceeds normal dimensions for age.

The usual causes are type II Chiari malformation, hereditary aqueductal stenosis, and prenatal infections, eg, toxoplasmosis These disorders are discussed further on The hydranencephalic head (hydrocephalus and destruction or failure of development of parts of the cerebrum) is often associated with enlargement of the skull When it is transilluminated with a strong ashlight in a darkened room, the uid- lled region of the cranium glows like a jack-o -lantern Hydranencephaly is not a well-de ned entity It can be caused by cerebral infarction from intrauterine vascular occlusion or by diseases such as toxoplasmosis and cytomegalovirus (CMV) disease, which destroy parts of each cerebral hemisphere The lack of brain tissue reduces resistance to intraventricular pressure, permitting great enlargement Table 38-2 Causes of macrocephaly 1 Hydrocephalus 2 Hydranencephaly 3 Macroencephaly (enlarged brain) a Alexander disease b Canavan disease c Tay-Sachs disease 4 Agenesis of corpus callosum 5 Subdural hematoma 6.

Constitutional (familial) macrocephaly 7 Hemimegalencephaly.

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