1 n radiography (posteroanterior, skyline, and lateral views).

2 e jaw rami, and thus completely concealed in lateral view.

3         More knees showed progression on the lateral view alone (n = 41) than on the PA view alone (n

4 lumbar spine was more sensitive than using a lateral view alone.

5                                      Using a lateral view and an anteroposterior view of the lumbar s

6 f symptomatic knee osteoarthritis (OA), both lateral view and fluoroscopically positioned posteroante

7 c setting by using spot compression and true lateral views and, frequently, ultrasonography.

8 mbined nearly 550 outlines in the dorsal and lateral views, categorizing them based on genus, family,

9 ive dose was measured on posteroanterior and lateral views for standard clinical techniques by using

10  the effective doses for posteroanterior and lateral views for the slot-scan system (0.057 mSv +/- 0.

11  reliability of the TF joint space using the lateral view had a root mean square error of 0.303 mm, w

12 econdary signs can be demonstrated best on a lateral view of the involved foot.

13 well plate that allows easy visualization of lateral views of swimming larval fish and a library of c

14 of the appendicular skeleton and frontal and lateral views of the axial skeleton.

15 s, knees with medial compartment loss on the lateral view only were more varus malaligned (P < 0.001)

16 anterior oblique view and in the planar left lateral view (p < 0.05 for each).

17    In the assessment of TF joint space loss, lateral view radiographs are reliable, valid, and more s

18               The combination of frontal and lateral views showed at least one abnormality in every p

19  microC/kg) to 475 mR (123 microC/kg) in the lateral view were found.

20                                              Lateral views were evaluated for retrotracheal opacity,