ライフサイエンスコーパス: skull base

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1 ed a large expansile and erosive mass in the skull base.

2 ral cavity, oropharynx, larynx, sinuses, and skull base.

3 ious technical challenges encountered in the skull base.

4 cases (50%), there was an involvement of the skull base.

5 on by disrupted morphology of the developing skull base.

6 l stability, and originating from the medial skull base.

7 Pterygoid process sclerosis was the sole skull base abnormality in 36% (11 of 31) of the patients

8 ess to deep lesions and to areas such as the skull base and clivus, which are unapproachable with oth

9 al access to adjacent structures such as the skull base and frontal sinuses.

10 in therapeutically challenging tumors of the skull base and higher grade.

11 n spatially restricted growth defects at the skull base and in craniofacial sutures of mice deficient

12 r-old man, CT showed bone destruction of the skull base and medial wall of the left orbit.

13 with the most common sites being the sacrum, skull base, and spine.

14 eliminate postulated roles for dura mater or skull base changes in craniosynostosis.

15 or III facial fractures, Horner's syndrome, skull base fractures involving the foramen lacerum, neck

16 Skull base fractures that cannot be shown by conventiona

17 such as bone and soft-tissue sarcoma of the skull base, head and neck, and pelvis, promising data we

18 in demonstrating perineural, meningeal, and skull base invasion.

19 tal growth of the craniofacial bones and the skull base is essential during the expansion of the rost

20 orable outcomes with proton radiotherapy for skull-base malignancies and tumors near highly critical

21 This is important because categorizing the skull based on the number of openings in the complex of

22 Skull-based percutaneous power delivery was derived from

23 Biopsy of lesions in the peripharyngeal and skull base regions frequently is difficult with standard

24 rich multidisciplinary environment in which skull base surgery has developed has allowed for signifi

25 uired over standard acquisition fields (from skull base to ischia, from vertex to ischia, from skull

26 base to ischia, from vertex to ischia, from skull base to mid thigh, from vertex to mid thigh).

27 ostate, or breast) or uncommon (for example, skull-base tumors or uveal melanomas) types of cancer.

28 there is an osseous and dural defect at the skull base, with direct communication of the subarachnoi

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