3 months.

Fifty-six patients had

cranial surgery, four patients underwent a spinal operation. Surgical cranial approaches included supratentorial procedures in 45 patients and posterior cranial fossa exploration in 11.

At 7-days follow-up, a CSF leak was reported in one patient after excision of a vestibular YM155 ic50 schwannoma and in another with a thoracic vertebral body fracture and spinal cord transaction. Neither needed reoperation. A subgaleal fluid collection in two patients who had been treated for a supratentorial lesion resolved after tapping. The transparency of the implant was beneficial to inspect the underlying surgical area at the end of the procedure in one patient in whom a hematoma formed after secondary to oozing glioblastoma removal.

Of the 56 patients who reached the 3-month follow-up, none had a CSF leak, meningitis, wound infection or fistulaeNo duroplasty failure was observed.

In one patient who underwent reoperation after 40 days, histopathological findings revealed the replacement of the implant by ingrowth from the original dura.

Tissudura is simple, efficacious and safe to use. The use of fibrin glue reduces suturing and facilitates the implantation of the collagen biomatrix. Its transparency SNX-5422 solubility dmso makes it unique and beneficial in inspection of the underlying area of operation. The lack of adverse reaction indicates that this graft may be used as an option in the repair of dural

defects.”
“Purpose: To verify iliolumbar ligament (ILL) location, to evaluate magnetic resonance (MR) imaging morphologic features for detecting lumbosacral transitional vertebrae (TVs) (LSTVs), and to determine whether transitional situations are associated with anomalous vertebral numbering.

Materials and Methods: Investigational review board approval was obtained

for this HIPAA-compliant retrospective study. A review of 147 subjects was performed by using spine radiography as the reference standard to determine total and segmental vertebral count and transitional Z-DEVD-FMK mouse anatomy. Thoracolumbar TVs (TLTVs) and LSTVs were identified. The lumbosacral intervertebral disk angle (LSIVDA), defined as the angle between the endplates, was measured, S1-2 disk morphology was rated according to the classification by O’Driscoll et al, and the ILL level was determined from MR images. Statistical analysis was performed by using x 2 tests for dichotomous and ordinal variables and the t test for continuous variables.

Results: An anomalous total number of vertebrae were present in 12 (8.2%) of 147 subjects. The ILL was identified in 126 (85.7%) of 147 subjects and was present at L5 in 122 (96.8%) subjects; the remaining four (3.2%) subjects had an anomalous total number of vertebrae. A complete S1-2 intervertebral disk was associated with LSTVs (P = .004); however, LSIVDA was not (P = .2). TLTVs were present in six (4.1%) and LSTVs were present in 22 (15.0%) of 147 subjects.