The Cerebral Vessel Wall

Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Correcting for cerebrospinal fluid and blood glucose contamination (see Footnote 1) to obtain net tissue glucose content: net tissue content = (2.22) (6 X 0.105) = 1.59 E = 2 jimol/min per g -r1.59 jimol/g = 1.26 min Table 2 predicts that the integral of brain glucose specific activity is about 95% that of the plasma integral at 10 min. If greater accuracy is required or if a shorter time were ...

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Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Correcting for cerebrospinal fluid and blood glucose contamination (see Footnote 1) to obtain net tissue glucose content: net tissue content = (2.22) (6 X 0.105) = 1.59 E = 2 jimol/min per g -r1.59 jimol/g = 1.26 min Table 2 predicts that the integral of brain glucose specific activity is about 95% that of the plasma integral at 10 min. If greater accuracy is required or if a shorter time were ...

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Experimental cerebral vasospasm after subarachnoid hemorrhage. Participation of adrenergic nerves in cerebral vessel wall.

Distribution and morphology of nerves in basilar-artery-induced vasospasm were investigated electronmicroscopically. Small cored vesicles were transformed, decreased and disappeared gradually after development of vasospasm induced by blood-CSF mixture incubated 5--10 days. These changes were not induced by fresh arterial blood, lysed platelets in saline and mechanical stimulation. In the portio...

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Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Correcting for cerebrospinal fluid and blood glucose contamination (see Footnote 1) to obtain net tissue glucose content: net tissue content = (2.22) (6 X 0.105) = 1.59 E = 2 jimol/min per g -r1.59 jimol/g = 1.26 min Table 2 predicts that the integral of brain glucose specific activity is about 95% that of the plasma integral at 10 min. If greater accuracy is required or if a shorter time were ...

متن کامل

Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Correcting for cerebrospinal fluid and blood glucose contamination (see Footnote 1) to obtain net tissue glucose content: net tissue content = (2.22) (6 X 0.105) = 1.59 E = 2 jimol/min per g -r1.59 jimol/g = 1.26 min Table 2 predicts that the integral of brain glucose specific activity is about 95% that of the plasma integral at 10 min. If greater accuracy is required or if a shorter time were ...

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The Cerebral Vessel Wall

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Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Experimental cerebral vasospasm after subarachnoid hemorrhage. Participation of adrenergic nerves in cerebral vessel wall.

Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

Experimental Cerebral Vasospasm after Subarachnoid Hemorrhage Participation of Adrenergic Nerves in Cerebral Vessel Wall

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