1 neous rupture occurred in four of 228 (1.8%) intradural aneurysms of average size (6.2 mm).

2    The heterogeneous cell composition of the intradural compartment allows the formation of neoplasms

3  moderate to severe epidural, paraspinal, or intradural enhancement.

4 ally, developmental tumours, metastases, and intradural extension of extradural tumours are represent

5       These lesions most commonly present as intradural extramedullary (IDEM) tumors, although extrad

6                           Intramedullary and intradural extramedullary tumors were counted, and imagi

7 53%) had intramedullary tumors, 27 (55%) had intradural extramedullary tumors, and 22 (45%) had at le

8                           Our patient had an intradural lipoma that had merged with the medulla of th

9 sions (19 filar lipoma, 14 syringomyelia, 10 intradural lipoma, eight dermal sinus, five diastematomy

10 ition or FIESTA neurography, which separates intradural nerve rootlets into normal, partial mild, sev

11  eligible for grafting with preceding normal intradural nerve rootlets were diagnosed by an experienc

12 ll-length P0, which was isolated from bovine intradural roots, included both the extracellular and cy

13  with 6.6% of adults aged 40-84 years having intradural saccular IAs >= 2 mm.

14 hetic perivascular axons associated with the intradural segment of the internal carotid artery.

15 ptoms due to congestive myelopathy caused by intradural spinal AVMs.

16                                              Intradural spinal tumours can be divided into intramedul

17                                              Intradural spinal-cord tumours are an uncommon but impor

18 his Review, we discuss the published work on intradural spinal-cord tumours in terms of epidemiologic

19 aly and illustrate the relevance of advanced intradural surgical approaches for successful and durabl

20 nal cord hemangioblastomas are rare, benign, intradural tumors that, despite their nonmalignant histo