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                                              Axial sections of CBCT were divided into three groups as

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

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

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

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