1 ference between the occlusal surface and the axial section.

2 ging were performed to acquire 19 contiguous axial sections.

3 e microscopy (TIRFM) achieves subdiffraction axial sectioning by confining fluorophore excitation to

4 g cracks in the occlusal surface, and in the axial section in directions parallel and perpendicular t

5 topogram was developed and validated on each axial section in eight CT examinations of the chest, abd

6                                           In axial sections, no significant anterior-posterior pole v

7 ea (OA) was measured manually on the central axial section of the CT scan at a level where the lens i

8            Measurements were obtained on the axial sections of the selected teeth to evaluate the amo

9 results showed that the cracks in the enamel axial section were significantly longer in the direction

10 eled blood flow images in 16 contiguous 5-mm axial sections were acquired in 18 patients diagnosed wi

11 equential T1-weighted spin echo sagittal and axial sections were obtained and analyzed on a computer.