Clinical Neuroscience

[Prognostic factors of surgically treated spinal meningeomas and long-term surgical outcomes ]


MARCH 30, 2019

Clinical Neuroscience - 2019;72(03-04)


[Introduction, the aim of article - The spinal meningeomas are one of the most common types of spinal tumors. In the treatment of spinal meningeomas, the surgical removal is the gold standard method. There are many factors that have impacts on surgical outcomes such as age, preoperative neurological condition, the extent of resection and histological grade. The aim of our article is to analyze surgical experiences, prognostic features and long-term surgical outcomes of spinal meningeomas. Patients and methods - Retrospective database of surgically treated patients with spinal meningeomas between 2008 and 2016 was made in the National Institute of Clinical Neuroscience, Budapest, Hungary. Demographic data, preoperative neurological symptoms, radiological discrepancies, pathological results (histology, grade), types of treatments and postoperative results were examined. All of our patients were followed clinically and radiologically in the postoperative courses. Results - All of the 153 patients were surgically treated. We have examined 112 women and 41 men. The average age of the patients was 65.5 years. In 98.7% of the cases, the postoperative control examinations (postoperative 6th week) showed a significant improvement in sensorial and motorial functions. The neurological improvements were evident right after the surgeries. In 2 cases (1.30%), no changes were observed in the preoperative symptoms. Recurrence was noticed in 4 cases (2.61%). Conclusion - According to our results, the spinal meningeomas can be sufficiently treated with early diagnosis and total surgical removal. Most of the patients become asymptomatic and the rate of recurrence is quite low.]


  1. Országos Klinikai Idegtudományi Intézet, Budapest
  2. Semmelweis Egyetem, Idegsebészeti Tanszék, Budapest



Further articles in this publication

Clinical Neuroscience

EEG-based connectivity in patients with partial seizures with and without generalization

DÖMÖTÖR Johanna, CLEMENS Béla, EMRI Miklós, PUSKÁS Szilvia, FEKETE István

Objective - to investigate the neurophysiological basis of secondary generalization of partial epileptic seizures. Patients and methods - inter-ictal, resting-state EEG functional connectivity (EEGfC) was evaluated and compared: patients with exclusively simple partial seizures (sp group) were compared to patients with simple partial and secondary generalized seizures (spsg group); patients with exclusively complex partial seizures (cp group) were compared to patients with cp and secondary generalized seizures (cpsg group); the collapsed sp+cp group (spcp) was compared to those who had exclusively secondary generalized seizures (sg group). EEGfC was computed from 21-channel waking EEG. 3 minutes of waking EEG background activity was analyzed by the LORETA Source Correlation (LSC) software. Current source density time series were computed for 23 pre-defined cortical regions (ROI) in each hemisphere, for the 1-25 Hz very narrow bands (1 Hz bandwidth). Thereafter Pearson correlation coefficients were calculated between all pairs of ROI time series in the same hemisphere. Z-scored correlation coefficients were compared at the group level (t-tests and correction for multiple comparisons by local false discovery rate, FDR). Results - Statistically significant (corrected p<0.05) EEGfC differences emerged at specific frequencies (spsg > sg; cpsg > cp), and at many frequencies (sg > spcp). The findings indicated increased coupling between motor cortices and several non-motor areas in patients with partial and sg seizures as compared to patients with partial seizures and no sg seizures. Further findings suggested increased coupling between medial parietal-occipital areas (structural core of the cortex) and lateral hemispheric areas. Conclusion - increased inter-ictal EEGfC is associated with habitual occurrence of secondary generalized seizures.

Clinical Neuroscience

The yield of electroencephalography in syncope

NALBANTOGLU Mecbure, TAN Ozturk Ozlem

Introduction - Syncope is defined as a brief transient loss of consciousness due to cerebral hypoperfusion. Although the diagnosis of syncope is based on a thorough history and examination, electroencaphalography (EEG) is also an important investigational tool in the differential diagnosis in this group of patients. In this study we aimed to identify the diagnostic value of EEG in patients with syncope. Methods - We retrospectively examined EEG recordings of 288 patients with the diagnosis of syncope referred to the Cankiri State Hospital EEG laboratory, from January 2014 to January 2016. The EEG findings were classified into 6 groups as normal, epileptiform discharges (spike and sharp waves), generalized background slowing, focal slowing, hemispherical asymmetries, and low amplitude EEG tracing. The EEGs were separated according to gender and age. Results - Total of 288 patients were included in this study, 148 were females (51.4%) and 140 (48.6%) were males. Among all the EEG reports, 203 (70.5%) were normal, 8 of them (2.8%) showed generalized background slowing and 7 (2.4%) demonstrated focal slow waves. Epileptiform discharges occured among 13 patients (4.5%). Hemispherical asymmetries were detected in 10 patients (3.5%) and low amplitude EEG tracing in 47 patients (16.3%). There was no significant difference between age groups in EEG findings (p=0.3). Also no significant difference was detected in EEG results by gender (p=0.2). Discussion - Although the diagnosis of syncope, epilepsy and non-epileptic seizures is clinical diagnosis, EEG still remains additional method

Clinical Neuroscience

[Sturge Weber type 3 presenting with occipital epileptic seizure: case report ]

SERİNDAĞ Cansu Helin, EREN Fulya, KARAHAN Gökçen Muazzez, GUL Gunay, SELCUK Hakan, KARA Batuhan, SOYSAL Aysun

[Sturge Weber syndrome is the third most common neurocutaneous syndrome after neurofibromatosis and tuberous sclerosis. Three distinct types were identified. Type 3 with leptomeningeal involvement alone is the rarest among other types. The reported case is a 21-years-old female patient without any known chronic disease. She admitted to the emergency department after visual symptoms and headache, followed by generalized tonic clonic seizure. EEG of the patient showed left occipital seizure activity. The contrast enhanced magnetic resonance imaging (MRI) showed left occipital leptomeningeal angioma. Digital substraction angiography (DSA) revealed minimal blushed contrast enhancement on late venous phase and lack of superficial cortical veins. Her focal seizures were under control with levatiracetam and lacosamide treatment. The reported case is unique because of the late onset presentation with focal seizure without mental retardation.]

Clinical Neuroscience

L-arginine pathway metabolites can discriminate paroxysmal from permanent atrial fibrillation in acute ischemic stroke

CSÉCSEI Péter, VÁRNAI Réka, NAGY Lajos, KÉKI Sándor, MOLNÁR Tihamér, ILLÉS Zsolt, FARKAS Nelli, SZAPÁRY László

Background - Atrial fibrillation (AF) is the most common arrhythmia diagnosed in clinical practice. We aimed to measure the L-arginine pathway metabolites as well as their ratios in patients with different types of AF or sinus rhythm and to explore the relationship among the markers and clinical variables in the subacute phase of acute ischemic stroke (AIS). Methods - A total of 46 patients with AIS were prospectively enrolled. The patients were divided into three groups based on diagnosis of either sinus rhythm, paroxysmal or permanent AF. Plasma concentration of the L-arginine pathway metabolites were analyzed at post-stroke 24 hours in the three rhythm groups. Besides, clinical variables and laboratory data were recorded. Results - Asymmetric dimetylarginine (ADMA) was significantly higher in patients with permanent AF compared to sinus rhythm (p<0.001). Both ADMA (p<0.001) and symmetric dimethylarginine (SDMA) (p<0.002) at 24 hours were significantly higher among patients with permanent AF compared to those with paroxysmal AF. The L-arginine/SDMA (p<0.031) ratios at 24 hours were significantly higher among patients with sinus rhythm compared to those with permanent AF. ROC analysis also revealed that plasma SDMA cut-off level over 0.639 μmol/L discriminated permanent AF from paroxysmal AF or sinus rhythm with a 90.9% sensitivity and 77.1% specificity. Neutrophil-lymphocyte ratio also showed significantly higher value in individuals with both paroxysmal and permanent AF (p=0.029). Conclusions - Plasma level of SDMA could discriminate permanent from paroxysmal AF in the subacute phase of ischemic stroke. In addition, an increased neutrophil-lymphocyte ratio may suggest inflammatory process in the evolution of atrial fibrillation.

Clinical Neuroscience

Incidental intracranial lipomas: Assessment of 163 patients


Intracranial lipomas (ILs) are rare congenital lesions which consist 0.1-0.5% of intracranial lesions. They are usually asymptomatic. Our serial of 163 patients is the largest IL serial in literature. Files of the patients who were diagnosed with IL at outpatient clinic of neurosurgery between 2009 and 2018 were screened retrospectively. A total of 163 patients were detected to have been diagnosed with IL according to radiologic findings between 2009 and 2018. Of the patients, 96 were female and 67 were male. Intracranial lipomas are self-limited, slowly growing benign lesions which do not cause a mass effect. We believe that the present study would be a main source due to the currently available insufficient number of studies in literature.

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