No abstract available.
Appendicitis* ; Child* ; Humans

No abstract available.
Humans ; Ilium* ; Tissue Donors*

To establish the hematological reference values in the healthy adults visited our hospitals, following examination were done on 2823 persons by Coulter Counter Model S-plus II ; white blood cell count (WBC), red blood cell count (RBC), hemoglobin (Hb), hematocrit (Hct), meant corpuscular volume (MCV), mean corpuscular hemoglobin (MCH), mean corpuscular hemoglobin concentration (MCHC), red cell distribution width (RDW), platelet, plateletcrit, mean platelet volume (MPV) and platelet distribution width (PDW). The following results are obtained. 1) Male, mean value of WBC; 6,800±2,680 (2SD)/µl Female, mean value of WBC; 5,950±2,380 (2SD)/µl 2) Male, mean value of RBC; 428±60 (2SD)x104/µl Female, mean value of RBC; 415±56 (2SD)x104/µl 3) Male, mean value of Hb; 15.4±1.8 (2SD) g/dL Female, mean value of Hb; 13.0±1.6 (2SD) g/dL 4) Male, mean value of Hct; 45.3±5.0 (2SD)% Female, mean value of Hct; 38.2±4.6 (2SD)% 5) Male, mean value of MCV; 93.8±5.8 (2SD) fL Female, mean value of MCV; 92.2±7.4 (2SD) fL 6) Male, mean value of MCH; 31.8±2.2 (2SD) pg Female, mean value of MCH; 31.4±2.8 (2SD) pg 7) Male, mean value of MCHC; 34.0±1.2 (2SD)% Female, mean value of MCHC; 33.9±1.2 (2SD)% 8) Male, mean value of RDW; 12.7±1.0 (2SD)% Female, mean value of RDW; 12.6±1.4 (2SD)% 9) Male, mean value of Platelet; 242.9±87.8 (2SD) X103/µl Female, mean value of Platelet; 242.2±89.0 (2SD) X103/µl 10) Male, mean value of Plateletcrit; 0.201±0.076 (2SD)% Female, mean value of Plateletcrit; 0.204±0.076 (2SD)% 11) Male, mean value of MPV; 8.20±1.70 (2SD) fl Female, mean value of MPV; 8.36±1.82 (2SD) fl 12) Male, mean value of PDW; 16.1±0.8 (2SD)% Female, mean value of PDW; 16.0±0.8 (2SD)%
Adult* ; Blood Platelets ; Erythrocyte Count ; Erythrocyte Indices ; Female ; Hematocrit ; Humans ; Leukocyte Count ; Male ; Mean Platelet Volume ; Reference Values*

No abstract available.
Snake Bites* ; Snakes*

PURPOSE: To evaluate the optimal pulse sequences in the detection of erosions and for the discrimination of theeffusion from pannus. MATERIALS AND METHODS: MR studies were performed in thirteen patients with clinical diagnosis of rheumatoid arthritis. We used a 1.5T MR unit with single or dual 3 inch coil. We compared coronal images at the same location, obtained with pulse sequences of T2, T2 with fat saturation, and postcontrast T1 with fat suppression. Erosions were assessed by comparing the count of the numbers of erosions depending on each imaging method. A four point scoring systems was used for the comparison of conspicuitof lesion. RESULTS: T2WI with fat suppression and postcontreat T1WI with fat suppresison were better than conventional T2WI in the detection of erosions. The pannus had a heterogeneous signal on T2WI, some of which were enhanced after the intravenous injection of MR contrast a gents. CONCLUSION: We suggest that the fat suppression TIWI with enhacnement or the fat suppression T2WI were better than conventional T2WI for detecting both bone erosion and pannus. The postcontrast MR imaging may often be helpul in distinguishing pannus from the effusion.
Arthritis, Rheumatoid* ; Diagnosis ; Discrimination (Psychology) ; Humans ; Injections, Intravenous ; Magnetic Resonance Imaging* ; Wrist*

Iron deficiency has been discussed as an etiologic factor in diffuse alopecia. Although the mechanism of alopecia related to iron deficiency remains unknown, the diagnosis is confirmed if hair loss ceases with iron administration. However, hair structure abnormalities due to iron deficiency are less known. We report a case of hair structure abnormality associated with iron deficiency anaemia. The hair structure abnormality was a fusiform and expanded node of the hair shaft. The hair loss ceased and the abnormality was corrected with iron administration.
Alopecia ; Diagnosis ; Hair* ; Iron*

This study was performed to investigate the factors related to tooth wear. For this study, 78 patients with temporomandibular disorders and 76 dental students without any signs and symptoms of temporomandibular disorders were selected as the patients group and as the normal group, respectively. Preferred chewing side, Angle's classification, lateral guidance pattern, head and shoulder posture wee observed clinically. Electromyographic activity of anterior temporalis and masseter muscle were recorded with BioEMG and occlusal status were recorded with T-Scan . Wear facet area of each tooth was measured from working model of upper arch corresponding to the occlusal status from T-Scan, Wear facet area were measured with planimeter in mm2. Total area were divided into incisal, canine, posterior tooth area. Anterior wearfacet area was incisor area plus canine area, and unilateral area was anterior area plus posterior area. The data collected were analyzed by SAS statistical program and the results of this study were as follows: 1. There was no significant difference between the two groups in total werafacet area, and male subjects showed tendency to have larger area in the normal group but female subjects showed tendency vice versa. 2. There was no significant difference related to preferred chewing side and Angle's classification, however, some difference was observed by lateral guidance pattern. Anterior wear facet area in subjects of canine guidance was the largest in the three subgroups. 3. Subjects with head tilting to right side had larger posterior and total area, and subjects with higher shoulder in right side had larger canine and anterior area than any other subgrous. 4. Electromyographic activity of masseter muscle was more correlated with wear facet area than anterior temporalis muscle, and tooth contact number and force were significantly correlated with wear facet area, but the most important factor affecting tooth attrition was age.
Dental Occlusion ; Female ; Head ; Humans ; Incisor ; Male ; Malocclusion ; Masseter Muscle ; Mastication ; Posture ; Shoulder ; Students, Dental ; Temporomandibular Joint Disorders ; Tooth Attrition ; Tooth Wear* ; Tooth*

No abstract available.
Duodenal Ulcer* ; Vagotomy*

No abstract available.

No abstract available.
Patellar Dislocation*