World Neurosurg
-
In the very elderly, their general condition and poor compliance with drug regimens can render the treatment of low back pain (LBP) difficult. We report the effectiveness of a less-invasive treatment for intractable LBP from superior cluneal nerve entrapment neuropathy (SCN-EN) and gluteus medius muscle (GMeM) pain. ⋯ Even very old patients with intractable LBP, buttock pain, and leg pain due to SCN-EN or GMeM pain can be treated successfully by peripheral block and less-invasive surgery under local anesthesia.
-
Despite ongoing progress in our understanding of long-term outcomes after neuromodulation procedures, acute adverse outcomes shortly after deep brain stimulation (DBS) treatment have remained remarkably limited. ⋯ This study provides individualized estimates of the risks associated with short-term adverse outcomes based on patient demographics and comorbidities. These data can be used as an adjunct for short-term risk stratification of patients with PD being considered for DBS treatment.
-
The prognosis of unruptured giant basilar artery (BA) aneurysms is very poor. No treatment has shown efficacy in survival. This pilot case-control study examines the overall survival (OS) benefit of combined surgical and endovascular management of giant BA aneurysms. ⋯ Our study suggests that preventive posterior fossa craniectomy increases significantly OS of patients with giant BA aneurysms.
-
To report the surgical outcome of very small intracranial aneurysms (VSIAs; ≤3 mm) in a large referral neurovascular center in Southern Iran. ⋯ Surgical clipping of ruptured and unruptured VSIAs is a safe and effective modality of treatment associated with low mortality and morbidity. Age, comorbidities (hypertension, ischemic heart disease), GCS score on admission, Hunt and Hess grade, preoperative ventriculoperitoneal shunt insertion, and subarachnoid hemorrhage are important predictors of outcome in patients with VSIAs undergoing surgery.
-
The objective of this pilot retrospective study is to describe the SUrface-PRojected FLuid-Attenuation-Inversion-Recovery (SUPR-FLAIR) analysis, a novel method mainly aimed at revealing cortical areas with subtle signal hyperintensity. ⋯ SUPR-FLAIR analysis is a noninvasive technique that could be helpful for the definition of the EZ, especially when MRI is negative. Its use could reduce the indications for invasive electroencephalography or could provide essential data to refine the strategy of intracerebral electrode implantation in the most challenging cases.