1 ion (29 Hz, 2 mm amplitude) of the dependent hemithorax.

2 ost or expansion in an otherwise empty adult hemithorax.

3 quency chest wall vibration of the dependent hemithorax.

4  tissue and diaphragmatic pleura of the left hemithorax.

5     In 17 patients, the tube was in the left hemithorax.

6 nimals, RUL remaining in the otherwise empty hemithorax compensated by an 85% increase in volume (251

7 oted within the pulmonary tissue in the left hemithorax, each measuring around 3 to 4 mm in diameter.

8 igned (1:1) to EPP followed by postoperative hemithorax irradiation or to no EPP.

9 ral effusions occupying more than 25% of the hemithorax is approximately 10%, 28 days postoperatively

10   For small-cell lung cancer confined to one hemithorax (limited small-cell lung cancer), thoracic ra

11 l opacity, measured as the percentage of the hemithorax occupied by effusion, on chest radiography on

12 iastinal pleural thickening, shrinking lung (hemithorax volume decrease due to fibrosis), and pleural

13  of effusions occupying more than 25% of the hemithorax was 9.7%.

14 effusions that occupied more than 25% of the hemithorax were found in 29 patients (0.78%).

15 resected and followed by illumination of the hemithorax with 630 nm light to a measured dose of 30 J/

16         Fourteen dogs were irradiated to the hemithorax with a single dose of 20 Gy.