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Departments of 1 Medicine and 2 Surgery, University of Texas Southwestern Medical Center, Dallas, Texas 75235-9034; and 3 Institute of Anatomy, University of Bern, Bern, Switzerland
To determine the
extent and sources of adaptive response in gas-exchange to major lung
resection during somatic maturation, immature male foxhounds underwent
right pneumonectomy (R-Pnx, n = 5) or right
thoracotomy without pneumonectomy (Sham, n = 6) at
2 mo of age. One year after surgery, exercise capacity and pulmonary
gas-exchange were determined during treadmill exercise. Lung diffusing
capacity (DL) and cardiac
output were measured by a rebreathing technique. In animals after
R-Pnx, maximal O2 uptake, lung
volume, arterial blood gases, and
DL during exercise were
completely normal. Postmortem morphometric analysis 18 mo after R-Pnx
(n = 3) showed a vigorous compensatory
increase in alveolar septal tissue volume involving all cellular
compartments of the septum compared with the control lung; as a result,
alveolar-capillary surface areas and
DL estimated by morphometry were
restored to normal. In both groups, estimates of
DL by the morphometric method agreed closely with estimates obtained by the physiological method during peak exercise. These data show that extensive lung resection in
immature dogs stimulates a vigorous compensatory growth of alveolar
tissue in excess of maturational lung growth, resulting in complete
normalization of aerobic capacity and gas-exchange function at maturity.
lung diffusing capacity; morphometry; rebreathing; lung growth; exercise
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