Lung edema: clinical efficacy of positron emission tomography
O Schober, GJ Meyer - Clinical efficacy of positron emission tomography …, 1987 - Springer
O Schober, GJ Meyer
Clinical efficacy of positron emission tomography: Proceedings of a workshop …, 1987•SpringerThe prime function of the lung is to exchange gas between the inspired air and the venous
blood. Therefore, 60–75% of the lung volume is taken up by gas and blood. Blood free lung
tissue consists to approximately 80% of water, of which 30–50% is in the interstitial space
and lymphatics while the remainder is intracellular. In addition the lung plays a major role in
the regulation of a number of circulating mediators (Staub, 1974, 1978; Fishman and
Renkin, 1979; Valind et al., 1985; Coates, 1986; Rahinian et al., 1986).
blood. Therefore, 60–75% of the lung volume is taken up by gas and blood. Blood free lung
tissue consists to approximately 80% of water, of which 30–50% is in the interstitial space
and lymphatics while the remainder is intracellular. In addition the lung plays a major role in
the regulation of a number of circulating mediators (Staub, 1974, 1978; Fishman and
Renkin, 1979; Valind et al., 1985; Coates, 1986; Rahinian et al., 1986).
Abstract
The prime function of the lung is to exchange gas between the inspired air and the venous blood. Therefore, 60–75% of the lung volume is taken up by gas and blood. Blood free lung tissue consists to approximately 80% of water, of which 30–50% is in the interstitial space and lymphatics while the remainder is intracellular. In addition the lung plays a major role in the regulation of a number of circulating mediators (Staub, 1974, 1978; Fishman and Renkin, 1979; Valind et al., 1985; Coates, 1986; Rahinian et al., 1986).
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