No abstract available.
Postpartum Period* ; Psychopathology*

No abstract available.
Postpartum Period* ; Psychopathology*

The SPECT radiopharmaceuticals labeled with I-123 for dopamine transporter imaging have been used to measure dopamine transporters in patients with movement disorders. However, a cyclotron produced I-123 limits its availiability and ease of use as a radioisotope to be labeled with pharmaceuticals in routine clinical diagnostic procedures. Recently, new radiopharmaceuticals for Tc-99m which has optimal characteristic for SPECT imaging have been developed to overcome the limits of using I-123. The purpose of this study was to compare the quality of [Tc-99m]TRODAT-1 with [I-123]IPT SPECT data and then to evaluate the usefulness of [Tc-99m]TRODAT-I SPECT by using three noninvasive simplified quantitative methods. TRODAT-1 labeled with Tc-99m(15.93+/-0.82 mCi) and IPT labeled with I-123(6.60+/-0.11 mCi) were injected into five normal controls. Dynamic [Tc-99m] TRODAT-I SPECT scans of brain were performed for 10 minutes each over 180 minnutes, and for 20 minutes at 4 hrs and 5 hrs. [I-123IPT SPECT scans were performed for 5 minutes each over 120 minutes. Time activity curves were generated for the left basal ganglia(LBG), right basal ganglia(RBG), and occipital cortex(OCC). Dopamine transporter parameters were obtained using (BG-OCC)/OCC, graphical method(Rv), and area ratio method(RA). TRODAT-1 and IPT SPECT imaging showed high uptake at the level of the basal ganglia. (BG-OCC)/OCC ratios for TRODAT-1 and IPT were 0.80+/-0.14, and 3.22+/-0.81, Rvs were 0.62+/-0.12, and 2.30+/-0.35, and RAs were 0.37+/-0.08 and 1.73+/-0.31, respectively. In conclusion, further improvement of [Tc-99m]TRODAT-I imaging characteris- tics may be required to estimate the dopamine transporter concentrations in human brains although it shows clear BG localization.
Basal Ganglia ; Brain ; Cyclotrons ; Dopamine Plasma Membrane Transport Proteins* ; Dopamine* ; Humans ; Movement Disorders ; Radiopharmaceuticals ; Tics ; Tomography, Emission-Computed, Single-Photon*

No abstract available.
Cerebral Palsy* ; Contracture* ; Hip* ; Muscle Spasticity*

In general, satisfactory results can be obtained by nonoperative means in the management of proximal femoral shaft fracture in children. Howerver, it is sometimes difficult to maintain the fracture alignment by the nonoperative means because of different muscle pulls in the thigh. The proximal fragment tend to be displaced and roentgenograms are difficult to be taken during traction. These problems have led some authors to advocate open reduction and internal fixation which facilitate overall care. We report our experiences on nonoperative and.operative treatment for proximal femoral fracture at the Chon-ju Presbyterian Medical Center from February 1987 to January 1991. The results are as follows ; 1. There were 20 cases in male, 7 cases in female. Average age at injury was 6.9 years (range, 6 months to 12 years and 8 months). Traffic accident was the most common cause (70.3%). 2. Average immobillization time was 9.2 weeks (range, 6.0 weeks to 12.1 weeks) in the nonoperative treatment group(17 cases), while 8.1 weeks(range, 6.1 weeks to 11.4 weeks) in the operative treatment group (10 cases). 3. Average bony union time was 9.6 weeks (range, 6.3 weeks to 12.5 weeks) in the nonoperative treatment group(17. cases) and 11.2 weeks (range, 9.0 weeks to 13.4 weeks) in the operative treatment group (P < 0.05). 4. Average overgrowth of femur was 3.3mm(range,
Accidents, Traffic ; Child ; Clinical Study ; Female ; Femoral Fractures ; Femur ; Humans ; Jeollabuk-do ; Male ; Protestantism ; Thigh ; Traction

No abstract available.
Myasthenia Gravis* ; Pregnancy*

No abstract available.
Cell Count* ; HIV* ; Humans

No abstract available.
Pericardium*

We examined the anatomical position of the mental foramina in mandibles foramen normal adult Koreans. 1. The percentages obtained from the study of the relationships between the mental foramen and the lower teeth showed that the most common location was type lv in which the mental foramen lay at the apex of the second promolar. The foramen between thr apices of ice two premolars (type lll) and the foramen between the second premolar and the first molar (type v) occured often and less often rspectively and find no foramen mesial to the first premolar or at the apex of the first premolar and posterior of the first molar (type l, ll, vl). 2. The study of relationship of the mental foramen to the bo of the mandible revealed that mental foramen was situated closer to the lowed border of the mandibular body. The distance ratio between the mental foramen and the alveolar crest to that between the mental foramen and the lower border was approximately 1.2 : 1. The height of the mandibular body was 31.09±2.80mm on the left side and 30.97±2.48mm on the right. 3. The distance from the mandibular symphysis to the anterior border of the mental foramen measured 29.52±2.01mm on the left, 30.82±2.04mm on the right side, and from the mandibular symphysis to the posterior border of the mandibular ramus was 104.20±4.74mm on the left, 105.44±4.49mm on the right side. It indicates that the mental foramen lies approximately at one-fourth of the distance from the mandibular symphysis to 2017-04-19 the posterior border of the ramus. 4. The distance from the superior border of the mental foramen to the bottom of the lower second premolar socket was found to be positive. It was 5.46±3.09mm on the left, 5.73±3.03mm on the right side. This indicates that the bottom of the lower second premolar socket is slightly higher than the superior border of the mental foramen.
Adult* ; Bicuspid ; Humans ; Ice ; Mandible* ; Molar ; Tooth

No abstract available in English.
Enterocolitis, Pseudomembranous