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Results: 1-3 |
Results: 3
TIRILAZAD PRETREATMENT IMPROVES EARLY CEREBRAL METABOLIC AND BLOOD-FLOW RECOVERY FROM HYPERGLYCEMIC ISCHEMIA
Authors: MARUKI Y KOEHLER RC KIRSCH JR BLIZZARD KK TRAYSTMAN RJ
Citation: Y. Maruki et al., TIRILAZAD PRETREATMENT IMPROVES EARLY CEREBRAL METABOLIC AND BLOOD-FLOW RECOVERY FROM HYPERGLYCEMIC ISCHEMIA, Journal of cerebral blood flow and metabolism, 15(1), 1995, pp. 88-96
DEFEROXAMINE REDUCES EARLY METABOLIC FAILURE ASSOCIATED WITH SEVERE CEREBRAL ISCHEMIC ACIDOSIS IN DOGS
Authors: HURN PD KOEHLER RC BLIZZARD KK TRAYSTMAN RJ
Citation: Pd. Hurn et al., DEFEROXAMINE REDUCES EARLY METABOLIC FAILURE ASSOCIATED WITH SEVERE CEREBRAL ISCHEMIC ACIDOSIS IN DOGS, Stroke, 26(4), 1995, pp. 688-694
EFFECT OF THE 21-AMINOSTEROID TIRILAZAD ON CEREBRAL PH AND SOMATOSENSORY EVOKED-POTENTIALS AFTER INCOMPLETE ISCHEMIA
Authors: MARUKI Y KOEHLER RC KIRSCH JR BLIZZARD KK TRAYSTMAN RJ
Citation: Y. Maruki et al., EFFECT OF THE 21-AMINOSTEROID TIRILAZAD ON CEREBRAL PH AND SOMATOSENSORY EVOKED-POTENTIALS AFTER INCOMPLETE ISCHEMIA, Stroke, 24(5), 1993, pp. 724-730
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