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Cardiac and cerebral changes following experimental head injury
Chapter by: Brown FD; Jafar JJ; Krieger K; Mullan S
in: Head injury : basic and clinical aspects by Grossman RG; Gildenberg PL [Eds]
New York : Raven Press, 1982
pp. 151-157
ISBN: 0890046158
CID: 3024
PSEUDO-MENINGOCELES DIAGNOSED BY METRIZAMIDE MYELOGRAPHY AND COMPUTERIZED-TOMOGRAPHY
PATRONAS, NJ; JAFAR, J; BROWN, F
ISI:A1981MH80600004
ISSN: 0090-3019
CID: 36700
Dimethyl sulfoxide in the management of postoperative hemiplegia
Chapter by: Mullan S; Jafar JJ; Hanlon K; Brown FD
in: Cerebral arterial spasm by Wilkins RH [Eds]
Baltimore : Williams & Wilkins, 1980
pp. 646-653
ISBN: 0683090860
CID: 3027
Detailed monitoring of the effects of mannitol following experimental head injury
Brown FD; Johns L; Jafar JJ; Crockard HA; Mullan S
The experimental model of a cerebral missile injury developed by Crockard was used in three groups of Rhesus monkeys treated with mannitol. One group received mannitol 15 minutes after being injured with a BB pellet at 90 m/sec impact. Another group was wounded identically, but mannitol treatment was delayed until 1 hour after injury. The last group was wounded with the missile traveling at 180 m/sec, and mannitol was started 15 minutes after trauma. The data were contrasted with the results from the original model. After receiving mannitol, all groups showed marked improvement in mean blood pressure, cerebral perfusion pressure, cerebral blood flow, and cerebral metabolic rate of oxygen consumption out of proportion to the degree of reduction in intracranial pressure (ICP). The authors conclude that the therapeutic value of mannitol may, in some injuries, be directly related to its effects on blood flow and metabolism, as well as to its better known effects upon ICP
PMID: 106095
ISSN: 0022-3085
CID: 36694
Systemic and cerebral hemodynamic response to mannitol after cerebral missile injury
Brown FD; Johns LM; Jafar JJ; Mullan JF
PMID: 122618
ISSN: 0071-8041
CID: 36695