Epilepsy surgery in Korea began as early as in the 1940s and continued to develop through the second half of the 20th century. Introduction of neuroimaging modalities, establishment of epilepsy monitoring units and the epilepsy team approach contributed to the rapid development. �or about 300�- 400 operations carried out yearly��, t�here i��s at �prese�nt suffi���cien�t n�umb ��er of ep�ileps� y surg�ery cen�ters�� an�d q�ualifi��ed neurosurgeons in Korea. However, Korean neurosurgeons should adapt themselves to changing recent trends. Etiologies of epilepsy have dramatically changed from head trauma and infectious diseases to tumors and developmental abnormalities. Although traditional resective surgery still constitutes the main bulk of the operations, new therapeutic procedures based on neuro�modulation are emerging as alternative treatments. There should also be participation in basic science research which would leads to future innovations in treatment of epilepsy.

No abstract available.
Animals ; Immunohistochemistry* ; Neurons* ; Rats* ; Substantia Nigra*

No abstract available.
Bronchopulmonary Dysplasia* ; Humans ; Infant, Newborn

No abstract available.
Emphysema* ; Heart Septal Defects, Ventricular*

Non-metrical morphologic variations of skull foramina were studied with 250 crania of Korean adults. Studied morphologic variationts were presence of supra-orbital foramen(33.3%), frontal foramen(27.7%), accessory infraorbital foramen(13.2%), accessory lesser palatine foramen(41.0%), Vesalius foramen (16.9%), Huschke foramen(18.8%), condylar canal(62.6%) and parietal foramen(49.8%). The ahsence of posterior ethmoidal foramen(0.2%), zygomaticofacial foramen(7.1%) and mastoid foramen(30.2%) was also observed. The variations were presence of the exsutural location of anterior ethmoidal foramen 30.8%), mastoid foramen(35.9%) and incomplete development of oval foramen(4.9%), foramen spinosum(9.6%), hypoglossal foramen(9.6%). And incidence of these variations were compared with 12 different geographical localitics.
Adult ; Humans ; Incidence ; Mastoid ; Rabeprazole ; Skull*

No abstract available.

Epilepsy associated with brain tumors (EABT) is a multi-faceted disease that both oncological and epileptological concerns should be taken into consideration. Usually, it is characterized by chronic drug-resistant epilepsy with a low-grade brain tumor in the cerebrum. However, the distinction of typical EABT and simple brain tumors with short-term epilepsy is obscure. We need a working formulation based on the patient's burden in both oncological and epileptological aspects. The diagnosis of EABT is straightforward, but the treatment should be more complex. Medical treatment with anticonvulsants aloneseems tobe anoutdated remedy for EABT because of the risk of tumor growth and malignant progression in some patients as well as the expected favorable seizure control after surgery. Surgical treatment of EABT has resulted in seizure-free state in about 80% of patients. Complete resection of the tumor is an important prognostic factor in seizure control and probably also in tumor control. Recently, many authors emphasized a lesion-directed surgery aimed at a complete tumor removal in EABT. However, in some patients, especially in patients with dual pathology, electrophysiological studies have to be thoroughly applied. For the treatment of EABT in the temporal lobe, more sophisticated surgical strategy is required. A lesionectomy saving the uninterrupted hippocampus could be applied for selected patients. Further research is strongly needed for better understanding and treatment of EABT and low-grade glioma.
Anticonvulsants ; Brain ; Brain Neoplasms ; Cerebrum ; Epilepsy ; Glioma ; Hippocampus ; Humans ; Seizures ; Temporal Lobe

No abstract available.
Chickenpox*

No abstract available.
Fingers*

No abstract available.
Contracture*