1.Superficial Mycoses and Treatment.
Journal of the Korean Medical Association 1998;41(9):981-985
No abstract available.
Mycoses*
2.Ultraviolet Light Pain.
Journal of the Korean Medical Association 2000;43(8):768-774
No abstract available.
Ultraviolet Rays*
3.The Scope of HCV Vaccine Development.
The Korean Journal of Hepatology 1997;3(2):108-113
No abstract available.
4.Laser-Types and Clinical Application.
Journal of the Korean Medical Association 2001;44(8):875-882
No abstract available.
5.Some observations on the organelles participating in the biliary excretion in the rat hepatocytes.
Korean Journal of Anatomy 1991;24(1):3-18
No abstract available.
Animals
;
Hepatocytes*
;
Organelles*
;
Rats*
6.Anxiety Disorders after Traumatic Brain Injury.
Journal of the Korean Society of Biological Psychiatry 2000;7(1):46-54
Traumatic brain injury(TBI) is generally considered to be a risk factor for psychiatric disorders, especially depression an anxiety disorder. Despite the anxiety disorders are frequent sequelae after traumatic brain injury, the patients gave not been payed medical attention and treated by doctors properly. The factors of precipitating and sustaining the anxiety disorders after TBI are brain injury itself, and the patient's or caregiver's response to the disability after TBI. To diagnose and treat them effectively, the knowledge about the mechanisms of and symptoms after TBI have to be needed. Psychiatrist should be a supportive and good listener to the patients who are complaining anxiety symptoms and differentiation whether the psychiatric symptoms are due to TBI or not Because the TBI patients are very sensitive to drug side effects doctors have to be familiar with the side effects as well as the mechanisms of action of the common psychotropics.
Anxiety Disorders*
;
Anxiety*
;
Brain
;
Brain Injuries*
;
Depression
;
Humans
;
Psychiatry
;
Risk Factors
7.Discrepancy in ER and PR levels of breast carcinoma in pre and postmastectomy specimens.
Journal of the Korean Surgical Society 1993;44(4):508-511
No abstract available.
Breast Neoplasms*
;
Breast*
8.A case of recurrent infantile digital fibroma.
Hyun Chul CHOI ; Young Chul KYE ; Chil Whan OH
Korean Journal of Dermatology 1992;30(5):743-746
Recurrent infantile digital fibroma is a peculiar fibrous tumiir that may be single or multiple on fingers and toes of infants and children. We report a 5-year-old gril with recurrent infantile digital fiber oma which was recurrent on the left 5th toe. The lesion had noted at the age of 6 months. and was excised surgically when the child was 3 year old. 2 years after operation, the lesion was recurred in operation site. Microscopically, nodular fibrous mass is attached to flattened,pidermis. The underlying nodule is composed of proliferating fibroblasts surrounded by derse collagenous tissue. We could find eosinophilic inclusion bodies in the cytoplasm of fibro ilast. It was stained pink with H&E, bright red with Massons trichrome and purple with PTAH.
Child
;
Child, Preschool
;
Collagen
;
Cytoplasm
;
Eosinophils
;
Fibroblasts
;
Fibroma*
;
Fingers
;
Humans
;
Inclusion Bodies
;
Infant
;
Toes
10.Factors Influencing Regeneration of Calvarial Defects in Rats.
Sung Chul LIM ; Young Sook KIM
Korean Journal of Pathology 1999;33(11):999-1008
An experimental study was done to evaluate factors influencing guided regeneration of bone in standardized calvarial bony defect. An 8 mm circular transosseous calvarial bony defect was made. Various material such as demineralized freeze-dried bone (DFDB), BioMesh , Millipore filter and its combination was placed in the bony defect. A sequential histopathologic, histochemical, immunohistochemical, and histomorphometric studies were done on the guided bone regeneration in the calvarial bony defect. Bone formation was sigificantly enhanced when the DFDB was retained within the bony defect with a protective bioabsorbable membrane. Inframembranous DFDB-filling was required to prevent collapse of the membrane and preserve spaces for bone regeneration. The bioabsorbable membrane should presumably remain intact for longer than at least 5 weeks to facilitate bone regeneration. The new bone formation was dependent on the barrier-effect (preserving secluded spaces) and inflammation-inducing property of membrane, and guiding bone regeneration of the grafts. Macrophages recruited by grafts were partly involved in decrease of bone regeneration via the sequential events of release of fibronectin, chemotactic effect of the fibronectin to fibroblasts, and collagen lay-down.
Animals
;
Bone Regeneration
;
Collagen
;
Fibroblasts
;
Fibronectins
;
Macrophages
;
Membranes
;
Micropore Filters
;
Osteogenesis
;
Rats*
;
Regeneration*
;
Transplants