The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling

Research output: Contribution to conference › Paper › Research › peer-review

Standard

The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling. / Gjedde, Albert.

2005. Paper presented at The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling.

Research output: Contribution to conference › Paper › Research › peer-review

Harvard

Gjedde, A 2005, 'The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling', Paper presented at The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling, 29/11/2010.

APA

Gjedde, A. (2005). The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling. Paper presented at The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling.

Vancouver

Gjedde A. The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling. 2005. Paper presented at The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling.

Author

Gjedde, Albert. / The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling. Paper presented at The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling.6 p.

Bibtex

@conference{0699ee50b31511debc73000ea68e967b,
title = "The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling",
abstract = "It has been well-known for many years that cerebral oxygen consumption remains constant during moderate changes of blood flow, as measured during hypo- or hypercapnia or indomethacin administration. Current models of flow-metabolism coupling link blood-brain transfer of oxygen to oxygen metabolism in mitochondria. The resulting quantitative relations between flow and metabolism reveal that a close link between diffusion and metabolism prevents the enzyme from maintaining a constant oxygen consumption when blood flow changes, unless the enzyme's affinity towards oxygen is adjusted commensurately.",
author = "Albert Gjedde",
note = "Volume: 566 Sider: 277-83; The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling ; Conference date: 29-11-2010",
year = "2005",
language = "English",

}

RIS

TY - CONF

T1 - The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling

AU - Gjedde, Albert

N1 - Volume: 566 Sider: 277-83

PY - 2005

Y1 - 2005

N2 - It has been well-known for many years that cerebral oxygen consumption remains constant during moderate changes of blood flow, as measured during hypo- or hypercapnia or indomethacin administration. Current models of flow-metabolism coupling link blood-brain transfer of oxygen to oxygen metabolism in mitochondria. The resulting quantitative relations between flow and metabolism reveal that a close link between diffusion and metabolism prevents the enzyme from maintaining a constant oxygen consumption when blood flow changes, unless the enzyme's affinity towards oxygen is adjusted commensurately.

AB - It has been well-known for many years that cerebral oxygen consumption remains constant during moderate changes of blood flow, as measured during hypo- or hypercapnia or indomethacin administration. Current models of flow-metabolism coupling link blood-brain transfer of oxygen to oxygen metabolism in mitochondria. The resulting quantitative relations between flow and metabolism reveal that a close link between diffusion and metabolism prevents the enzyme from maintaining a constant oxygen consumption when blood flow changes, unless the enzyme's affinity towards oxygen is adjusted commensurately.

M3 - Paper

C2 - 16594163

T2 - The pathways of oxygen in brain. II. Competitions for cytochrome c oxidase and NOS are keys to flow-metabolism coupling

Y2 - 29 November 2010

ER -

ID: 14943549