1 during standing and passively in the lateral decubitus position.

2 ss the finding persists in the contralateral decubitus position.

3 fter the patient turned to the contralateral decubitus position.

4 one involved turning patients to the lateral decubitus position.

5 ent side when the subject was in the lateral decubitus position.

6 isease were also examined in supine and both decubitus positions.

7 ndent eye when measured in the right lateral decubitus position (18.8+/-2.9 vs 17.7+/-3.1 mmHg; P = 0

8 hageal impedance and pH in the right lateral decubitus position after a refluxogenic meal; session 1

9            Patients assumed the left lateral decubitus position after exercise.

10  HDR, head rotation performed in the lateral decubitus position did not elicit hypotension.

11  or an inability to lie in the right lateral decubitus position for gastric ultrasonography were excl

12                                      Lateral decubitus positions may result in a small increase in th

13  not attain significance in the left lateral decubitus position (P = 0.076).

14 tion that turning a patient into the lateral decubitus position produces similar increases in VO2.

15 ular microscopy was performed in the lateral decubitus position under general anesthesia, before surg

16 head rotation (chin to chest) in the lateral decubitus position, which simulates HDR but does not alt

17  patients were evaluated in the left lateral decubitus position with gray-scale, color Doppler, and p

18  prone or supine position or (b) the lateral decubitus position with the biopsy side down.

19            All patients underwent MRI in the decubitus position with their legs extended, followed by

20  supine position, and right and left lateral decubitus positions, with the order of measurements also