International Clinical Neuroscience Journal
Volume:1 Issue: 2, Autumn 2014

Cognitive rehabilitation is a group of designed techniques that is for the promotion of cognitive domains in people with disease or disability. Cognitive rehabilitation therapy (CRT) is the science of restoring cognitive processing and learning compensatory strategies and it affects the molecular and cellular recovery rehabilitation by integration of behavioral and cognitive changes. The promotion of rehabilitation science of cognitive neuroscience has made it a priority by the help of full range of effected interventional procedures. And it has been able to achieve the desired goals in the chain of theoretical and experimental science on the basis of behavioral interventions which is made of neuroscience, cognitive neuroscience, psychology, physiology, pharmacology, medical imaging, and other medical disciplines and achieved some success in compensatory and medical strategies after surgery. Cognitive impairment after brain surgery is huge health challenges beyond the common disorders associated with diseases. Our approach to CRT is on the assumption that treatment would be the most effective way when focusing on the cognitive sub-systems after neurosurgery and these are also affected by other aspects of life as a patient emotions, nutrition, health, stress, and social performance. Intervention in the passive skills can lead to neuro-cognitive rehabilitation that includes designed experience on the basis of nerve and brain function and structure. A failure of cognitive or brain processing during or after surgery is an abnormal result and these impairments are treated better with CRT. This method on the basis of neuroplastisity, reorganization of damaged cortical through morphological and physiological responses of nerve reconstruction ways by techniques in neuro-cognitive disorders due to illness, injury or disability, even in healthy individuals which are affected by environment, the complexity of stimulation, repeated tasks and motivation.

This study investigated functionality statues and surgical outcome of patients with cervical spondylotic myelopathy (CSM) contains cervical herniated disc (CHD) and cervical spinal stenosis (CSS) based on the Japanese Orthopedic Association Cervical Myelopathy Evaluation Questionnaire (JOACMEQ). This was a prospective clinical study a sample of cases with CSM. Patient’s functionality statues and surgical outcome were evaluated based on JOACMEQ scores at two points in time: pre- and postoperative assessments. In all 87 patients were completed the JOACMEQ measure. The mean age of patients was 50.3 (SD = 10.2) years. The mean clinical follow-up was 12 months (range 7-37 months). Statistically difference between was observed pre- and postoperative indicating improvements on the outcomes and functionality in all subscales (P < 0.001). However, there was no significant difference between patients with CSM and CHD. The findings suggest that surgery is an efficacious procedure for the treatment of CSM and the functionality statues as measured by the JOACMEQ are higher than prior to surgery.

The salvage proximal femoral osteotomy is performed in mild or moderate osteoarthritis when the articulating surfaces are normal and relieves the subject’s pain. Because the importance of angular mal-alignment of the femur bone at the hip junction accurate pre-op planning based on patient specific anatomy is required to prevent any lower limb misalignment and joint problem pre-op. In this study a CT-Based modeling technique was used to generate a 3D model of the patient’s hip and proximal femur. The registration stage using angio-fluoroscopy was performed to calculate the proximal femur kinematic and input it into a finite element model to achieve the stress distribution pattern of femuroacetabular joint. From finite element model the stress distribution on the articulating surface at the contact zone was analyzed. The result was showing the maximum stress of 1.1 MPa at the contact surface where femur contact the acetabulum. The maximum stress is found in line with mechanical loading of the lower limb. Use of a non-invasive 3D modeling method will remediate the surgical approach in pre-op stage. The in-vivo modeling and assessment of the patient femoroacetabular contact has performed. It has been shown that the accuracy of the proposed model is comparable with the existing surgical pre-op planning.

This study was conducted to assess cognitive impairments, depression, anxiety and quality of life among patients with brain tumor and healthy adults comparatively. A cross-sectional study was administrated on 84 brain tumor patients and 84 healthy adults measured by MMSE, Beck, Hamilton and SF36 questionnaires before and after 10 days of surgery. This study showed that cognitive impairment, depression and anxiety increased in brain tumor patients after surgery but quality of life did not changed. Findings of current study show the necessity of cognitive and mental assessments before and after surgery and emphasizes on the need for rehabilitation and treatment.

Object: The accuracy of pedicle screw placement is essential for lumbar and thoracolumbar spine fracture fixation. The aim of the present study is to assess the accuracy of the pedicle screw placement with conventional C-arm fuoroscopy-guided in these patients. A retrospective review identified patients who underwent operative management with thoracolumbar instruments at our hospital between June 2012 and August 2013. Clinical data were acquired from medical records and final screw positions were graded based on a classification of Gertzbein and Robbins. A total of 216 pedicle screws in 52 patients (34 male, mean age 32.6±5.8 years) were evaluated. They were instrumented with transpedicular posterior fixation technique within 72 h. The follow-up time was 6.1 (ranging from 1 to 14 months). The screws were graded A (n = 43 [19.9%]), B (n = 89 [41.2%]), C (n = 62 [28.7%]), D (n = 21 [9.7%]), and E (n = 1 [0.5%]). One of the screw was revised the second day after surgery due to screw malposition. Based on existing facilities, the findings showed that the pedicle instrumentation screws with transpedicular posterior fixation technique in patients with lumbar and thoracolumbar fractures can be done with acceptable complication rate. However, more advanced equipment as CT navigation (O-arm) is recommended for higher accuracy.

Our case is a 48-year old male with cervical pain with radiation to the upper limbs. Imaging showed a intradural tumor with extra dural component encasing the vertebral artery. thetumor to be a neurinomaand had been removed surgically. The post operation MRI showed that the tumor was completely removed and that the vertebral arterywas intact at theentire length.The goal of surgery of neurinoma is a total removal of the tumor,However if the vertebral artery is completely encasing by the tumor, it is advisable to remove the tumor to the level that the vertebral intactness is saved.

Patients with mitochondrial encephalopathy, lactic acidosis and stroke-like episodes (MELAS) present with recurrent and partially reversible neurological deficits. Lesions of MELAS classically cause a signal change in both the grey and white matter, predominantly in the occipital and parietal lobes. These lesions mimic infarction. Here, we reported a case of MELAS with rare neuroimaging finding of hemispheric cortical thickening on T2/FLAIR images with intracortical nodular gadolinium enhancement; then we discussed the clinical and radiological differential diagnoses of it.