ライフサイエンスコーパス: spinal canal

1 ell adhesion complex in the cells lining the spinal canal.

2 is seen only in the mesenchyme of the future spinal canal.

3 alization throughout the trajectory into the spinal canal.

4 ar tonsils below the foramen magnum into the spinal canal.

5 (IMTs) are the least common neoplasms of the spinal canal.

6 es, and volumes in the human brain and upper spinal canal.

7 any history or imaging findings of trauma or spinal canal abnormalities.

8 or disrupted distribution of radiotracer in spinal canal allowed for a diagnosis drug resistance or

9 The dimensions of the cervical spinal canal and cord in healthy individuals are associa

10 In these disorders, spinal canal and foramen magnum stenosis can cause serio

11 Spinal canal and foramen magnum stenosis in heterozygous

12 derlying neuroepithelial cells to invade the spinal canal and obstruct cerebral spinal fluid flow.

13 with a coil designed for examinations of the spinal canal and spinal cord as well as the whole body,

14 nges for the sagittal diameters and areas of spinal canal and spinal cord were defined at C1, C3, and

15 The midsagittal diameters and areas of spinal canal and spinal cord, respectively, were measure

16 ) were referred to MRI for assessment of the spinal canal and the abdomen.

17 the nature of the sagittal septum within the spinal canal and the presence or absence of a divided du

18 uses, and may grow into internal organs, the spinal canal, and middle ear, deforming bones and variou

19 lts: For most healthy tissues except fat and spinal canal, biodistribution analysis showed decreasing

20 , the mesh-like structure and patency of the spinal canal can be restored by increasing expression of

21 Malignant spinal canal compression, a major complication of metast

22 s with malignant metastatic solid tumors and spinal canal compression, a single radiotherapy dose, co

23 wn to include the lateral ventricles, entire spinal canal CSF space, and over the whole body.

24 These results show a range of the spinal canal dimensions at C1 (from 10.7 to 19.7 mm), C3

25 f the internal ventricular system and in the spinal canal during respiratory cycles.

26 lamina", covering the neural elements of the spinal canal during screw placement provides manual feed

27 itial presentation, imaging of the spine and spinal canal included unenhanced CT of the thoracic spin

28 itial presentation, imaging of the spine and spinal canal included unenhanced CT of the thoracic spin

29 r location, origin site, matrix pattern, and spinal canal invasion and compared them with histologic

30 rebellum through the foramen magnum into the spinal canal, is one of the most common pediatric neurol

31 assist radiologists in the interpretation of spinal canal, lateral recess, and neural foraminal steno

32 e for NMHC II-B to maintain integrity of the spinal canal, NMHC II-B plays an isoform-specific role d

33 ent at the apical border of cells lining the spinal canal of mice during development.

34 vesicle and decreased ciliary length in the spinal canal, pronephric ducts, and Kupffer's vesicle.

35 The SI of the CC relative to the spinal canal (SC) was noted and was measured on 3D gradi

36 foramina in the basal parts of the skull and spinal canal, sprouting along the blood vessels and cran

37 generative changes, including spondylosis or spinal canal stenosis, are typically present in adult pa

38 stical significance of the proportion of the spinal canal subdural hemorrhage in abusive head trauma

39 Spinal canal subdural hemorrhage was present in more tha

40 solution, contrast, and visualization of the spinal canal, venous plexuses, and facet joints compared

41 Invasion of spinal canal was common (84% of cases).

42 protrusion of the underlying cells into the spinal canal where they block circulation of the cerebra

43 ception of mean Hounsfield unit value in the spinal canal, which was lower in the PCD than the EID im

44 e patients demonstrated critical stenosis of spinal canal with anterior subluxation of C1 vertebra re