Add to ORKGBackground. Recent studies in man have shown that cerebral blood flow increases during inhalation of nitrous oxide (N2O), a finding which is believed to be a result of an increased cer-ebral metabolic rate (CMR). However, this has not previously been evaluated in man. Methods. Regional CMRglu (rCMRglu) was measured three dimensionally with positron emis-sion tomography (PET) after injection of 2-(18F)fluoro-2-deoxy-D-glucose in 10 spontaneousl
Regional blood flow and oxygen metabolism were determined by positron emission tomography, using the...
1 i n 1 The authors investigated, by positron emission tomography, the effect of long-standing hyper...
Changes in breathing change the concentration of oxygen and carbon dioxide in arterial blood resulti...
Background. Recent studies in man have shown that cerebral blood flow increases during inhalation of...
BACKGROUND: Recent studies in man have shown that cerebral blood flow increases during inhalation of...
BACKGROUND: Results from previous studies on the effect of nitrous oxide (N2O) on the cerebral circu...
BACKGROUND: It is generally argued that variations in cerebral blood flow create concomitant changes...
We used positron emission tomography to examine retrospectively the effects of blood pressure on reg...
This dissertation addresses the question of whether increases in neural activity caused by sensory s...
Quantitative measurement of cerebral blood flow became possible when Kety and Schmidt (9) in 1945 in...
Various investigators have applied the nitrous oxide method (1) to the study of the effects of aging...
The authors investigated the influence of variations in global cerebral blood flow (gCBF) on regiona...
Positron emission tomography allows an in vivo assessment of various physiological and biochemical p...
SUMMARY We used an emission tomographic brain scanner to investigate the relationship between local ...
Nitrous oxide and isoflurane have different effects on absolute cerebral blood flow (CBF) and region...
Regional blood flow and oxygen metabolism were determined by positron emission tomography, using the...
1 i n 1 The authors investigated, by positron emission tomography, the effect of long-standing hyper...
Changes in breathing change the concentration of oxygen and carbon dioxide in arterial blood resulti...
Background. Recent studies in man have shown that cerebral blood flow increases during inhalation of...
BACKGROUND: Recent studies in man have shown that cerebral blood flow increases during inhalation of...
BACKGROUND: Results from previous studies on the effect of nitrous oxide (N2O) on the cerebral circu...
BACKGROUND: It is generally argued that variations in cerebral blood flow create concomitant changes...
We used positron emission tomography to examine retrospectively the effects of blood pressure on reg...
This dissertation addresses the question of whether increases in neural activity caused by sensory s...
Quantitative measurement of cerebral blood flow became possible when Kety and Schmidt (9) in 1945 in...
Various investigators have applied the nitrous oxide method (1) to the study of the effects of aging...
The authors investigated the influence of variations in global cerebral blood flow (gCBF) on regiona...
Positron emission tomography allows an in vivo assessment of various physiological and biochemical p...
SUMMARY We used an emission tomographic brain scanner to investigate the relationship between local ...
Nitrous oxide and isoflurane have different effects on absolute cerebral blood flow (CBF) and region...
Regional blood flow and oxygen metabolism were determined by positron emission tomography, using the...
1 i n 1 The authors investigated, by positron emission tomography, the effect of long-standing hyper...
Changes in breathing change the concentration of oxygen and carbon dioxide in arterial blood resulti...