1.Endemic foci of Paragonimus westermani in Chilgok, Kyungpook Province, Korea.
Young Woo SHON ; Dong Wik CHOI
The Korean Journal of Parasitology 1977;15(2):133-138
By performing the county-wide surveys of Paragonimus westermani infection in several areas in the Chilgok county, Kyungpook Province, three endemic foci of Paragonimus westermani were found. The foci found in this survey were Haksan first dong, Haksan second dong, and Settom in Kumhwa village, all in Kasan myun, Chilgok county. In the three communities, the positive rates for the fluke among the residents by the intradermal test with Paragonimus antigen varied from 22.3 per cent to 25.0 per cent; school children from these areas showed infection rates above 50 per cent. The rate in males and females was 23.9 and 23.0 per cent, respectively. This difference was not significant. The presence and number of Semisulcospira snails and Astacus crayfish, the intermediate hosts of Paragonimus westermani in the stream communities and the high infection rates for the fluke in the residents were the supporting factors in determining the foci.
parasitology-helminth-trematoda
;
Paragonimus westermani
;
paragonimiasis
;
epidemiology
;
host
;
snail
;
Semisulcospira snails
;
Astacus crayfish
2.Hemangioblastoma of the Conus Medullaris : Case Report.
Soo Hyeon MOON ; Se Hoon KIM ; Taek Hyon KWON ; Youn Kwan PARK ; Heung Seob CHUNG ; Jung Keun SUH
Journal of Korean Neurosurgical Society 2000;29(6):836-840
No abstract available.
Conus Snail*
;
Hemangioblastoma*
3.Hemangioblastoma of the Conus Medullaris : Case Report.
Soo Hyeon MOON ; Se Hoon KIM ; Taek Hyon KWON ; Youn Kwan PARK ; Heung Seob CHUNG ; Jung Keun SUH
Journal of Korean Neurosurgical Society 2000;29(6):836-840
No abstract available.
Conus Snail*
;
Hemangioblastoma*
4.Myxopapillary Ependymoma of Spinal Cord Conus Medullaris.
Journal of the Korean Pediatric Society 1985;28(6):627-
No abstract available.
Conus Snail*
;
Ependymoma*
;
Spinal Cord*
5.A Case of Post-Traumatic Syringomyelia Extending from the Foramen Magnum to the Conus Medullaris.
Journal of Korean Neurosurgical Society 1993;22(3):431-435
No abstract available.
Conus Snail*
;
Foramen Magnum*
;
Syringomyelia*
6.Intramedullary Glioblastoma Multiforme: Report of 3 Cases.
Ha Young KIM ; Hee Won JUNG ; Hyun Jip KIM ; Byung Kyu CHO ; Je G CHI ; Bo Sung SIM
Journal of Korean Neurosurgical Society 1985;14(2):427-436
The authors report 3 cases of primary intramedullary glioblastoma multiforme which is relatively rare among spinal cord tumors. They were located at the thoracolumbar, cervical and conus medullaris region respectively. Clinical, radiographic and pathological material are presented and the literature is discussed.
Conus Snail
;
Glioblastoma*
;
Prognosis
;
Spinal Cord Neoplasms
7.Intramedullary Spinal Cystic Teratoma of the Conus Mudullaris with Caudal Exophytic Growth: Case Report.
Dong Jun LIM ; Youn Kwan PARK ; Ae Ree KIM ; Heung Seob CHUNG ; Ki Chan LEE ; Hoon Kap LEE ; Jung Keun SUH
Journal of Korean Neurosurgical Society 1998;27(10):1458-1461
Spinal intramedullary teratoma is a rare tumor. A case of intramedullary teratoma of the conus medullaris with caudal development is presented. The patient underwent magnetic resonance imaging and then the tumor was removedd surgically. It was reportedwith the review of literatures.
Conus Snail*
;
Humans
;
Magnetic Resonance Imaging
;
Teratoma*
8.Intradural Spinal Teratoma Associated with Meningocele: Case Report.
Journal of Korean Neurosurgical Society 1979;8(1):157-164
Intradural spinal teratoma is very rare. A case of intradural teratoma attached to the conus medullaris associated with lumbosacral meningocele in a 16-year old boy is reported. Also comparable reported cases were reviewed in the world literature.
Adolescent
;
Conus Snail
;
Humans
;
Male
;
Meningocele*
;
Teratoma*
9.Anatomic Assessment of the Acetabular Fossa for Screw Fixation in Acetabular Fracture.
Ye Yeon WON ; Dae Yong HAN ; Byung Woo MIN ; In Hyuk CHUNG ; Man Kyung KIM
The Journal of the Korean Orthopaedic Association 2004;39(5):464-468
PURPOSE: To obtain spatial information on the acetabular fossa concerning `transacetabular screw' insertion through the acetabular fossa parallel to the quadrilateral surface for fixing an acetabular fracture. MATERIALS AND METHODS: Each hemipelvis harvested from 25 adult fresh frozen cadavers was sectioned into eight segments. This resulted in seven measuring points located along the outer margin of the acetabular fossa. At these points, we measured and compared the vertical thicknesses of cartilage and bone from the quadrilateral surface. RESULTS: The average thickness of the thinnest portion of the acetabular fossa floor was 3.9+/-1.9 mm. The entire thickness of the bone and cartilage measured vertically from the quadrilateral surface at the 7 points ranged from 12.7+/-2.1 mm to 17.8+/-3.8 mm. The thinnest safe space of exposed threads of the `transacetabular screw' inserted through the acetabular fossa was consistently just below the posterior conus of the lunate surface, measuring 4.8+/-1.6 mm (p<0.05). At the other points, it measured 8.3-10.8 mm. CONCLUSION: We suggest that `transacetabular screws' can be inserted safely if due consideration is paid to the spatial characteristics of on the acetabular fossa. Screw insertion into the postero-inferior portion of the acetbular fossa should be done carefully.
Acetabulum*
;
Adult
;
Cadaver
;
Cartilage
;
Conus Snail
;
Humans
10.Karyological Studies of Biomphalaria tenagophila (d'Orbigny, 1835) (Gastropoda: Planobidae) from Rio de Janeiro, Brazil.
The Korean Journal of Parasitology 2014;52(4):449-451
The karyotypes of Biomphalaria tenagophila collected from Rio de Janeiro, Brazil were studied using the air-drying method. Somatic cells of this species had 2n=36. The 18 chromosome pairs were identified and classified into 3 groups. The diploid cell has 7 pairs of metacentric, 8 pairs of submetacentric, and 3 pairs of subtelocentric chromosomes. Observed chromosomes ranged from 2.4 to 6.4 microm, and the total length was 122.3 microm. This is the first report on the chromosome of B. tenagophila.
Animals
;
Biomphalaria/*cytology/*genetics
;
Brazil
;
*Karyotype