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1 tral, dorsal, and caudal regions of the left hemithorax.
2 In 17 patients, the tube was in the left hemithorax.
3 ion (29 Hz, 2 mm amplitude) of the dependent hemithorax.
4 ost or expansion in an otherwise empty adult hemithorax.
5 quency chest wall vibration of the dependent hemithorax.
6 tissue and diaphragmatic pleura of the left hemithorax.
7 ch and bowel loops herniating into the right hemithorax and compressive atelactatic changes in the ad
8 iation field that is typically confined to 1 hemithorax but may include contralateral mediastinal and
9 nimals, RUL remaining in the otherwise empty hemithorax compensated by an 85% increase in volume (251
10 oted within the pulmonary tissue in the left hemithorax, each measuring around 3 to 4 mm in diameter.
11 air fluid level was found in the right lower hemithorax, furthermore, a loss of the normal diaphragma
12 nique that provides analgesia to most of the hemithorax; however, SAPB has limited evidence for analg
14 ral effusions occupying more than 25% of the hemithorax is approximately 10%, 28 days postoperatively
15 For small-cell lung cancer confined to one hemithorax (limited small-cell lung cancer), thoracic ra
16 l opacity, measured as the percentage of the hemithorax occupied by effusion, on chest radiography on
17 iastinal pleural thickening, shrinking lung (hemithorax volume decrease due to fibrosis), and pleural
19 A standardized assessment of six regions per hemithorax was used; each region was classified for the
20 e first 48 h of diagnosis, six quadrants per hemithorax were examined to assess the presence of PE an
23 resected and followed by illumination of the hemithorax with 630 nm light to a measured dose of 30 J/