-transparent.png){kind=logo}
The effects of ventilation with nitrous oxide in oxygen on myocardial blood flow any oxygen metabolism were investigated in 31 mongrel dogs. The results of this study showed that, compared with controls, hyperoxic nitrous oxide mixtures did not cause any great changes in myocardial haemodynamics, despite a decrease in cardiac output and an increase in systemic vascular resistance. Normoxic nitrous oxide mixtures produced an increase of the coronary blood flow due to decreased coronary vascular resistance. To what extent this coronary vasodilatation resulted from a increased myocardial metabolism or from a direct effect of nitrous oxide on the coronary vascular bed cannot be quantified from the present results.
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
January 1983,
British journal of anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
January 1973,
British journal of anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
February 2009,
The Journal of small animal practice,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
January 1976,
Acta anaesthesiologica Scandinavica,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
April 1990,
Anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
April 1971,
British journal of anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
October 1983,
British journal of anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
June 1984,
Neurosurgery,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
March 1994,
British journal of anaesthesia,
O Dottori, and
E Häggendal, and
E Linder, and
G Nordström, and
T Seeman
January 1983,
British journal of anaesthesia,
