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1 ateral neuroforamen, and 3 levels for dorsal epidural space.
2 nsert into the narrow confines of the spinal epidural space.
3 odes implanted chronically into the cervical epidural space.
4 ectrode was implanted in the thoracic/lumbar epidural space.
5  by inflating a 4.0F Fogarty catheter in the epidural space.
6 ng factor for the use of IRE ablation in the epidural space.
7 ed in the right lateral recess of the spinal epidural space, 20 IRE ablations were performed with com
8 urs when cancer metastasises to the spine or epidural space and causes secondary compression of the s
9 natomical information, especially concerning epidural space and spinal cord.
10                               They drain the epidural space and the dura mater around the spinal cord
11 ow to surgically implant the device into the epidural space and then analyze light-induced behavior u
12 t, interspinous ligament, ligamentum flavum, epidural space, and spinal cord.
13 The roots within the neural foramina and the epidural space could not be evaluated.
14  level) and intense enhancement in posterior epidural space in almost all patients.
15 n different anatomic locations including the epidural space in the spinal cord causing cord compressi
16 ia requires injection of anesthetic into the epidural space in the spine.
17  measurements of opioid concentration in the epidural space, intrathecal space, spinal cord and peri-
18  presence of contrast within the VES, dorsal epidural space, ipsilateral neuroforamen, and contralate
19 le light-emitting diode (uLED) placed in the epidural space (NeuroLux spinal optogenetic device).
20  on the neural tissues after ablation in the epidural space of the porcine spine.
21 but showed no evidence of extension into the epidural space or spinal cord compromise.
22  d with two linear leads in the dorsolateral epidural space targeting spinal roots C3 to T1 to increa
23 less than one level cranially in the ventral epidural space (VES) and approximately two levels in the
24 ariance of the rate of spread to the ventral epidural space (VES).
25               Flow within only the posterior epidural space was associated with unilateral flow (P=.0
26       Sixteen CT-guided IRE ablations in the epidural space were performed by using 667 V in four ani
27 ed, convex edges and confined to the ventral epidural space, were distinguished from unorganized SLEC
28      The spread of radiopaque dye within the epidural space (which may mimic that of local anaestheti