PURPOSE: To evaluate differential points of patterns of clustered microcalcification between malignant(n=17) and benign(n=46) lesions on mammogram MATERIALS AND METHODS: We retrospectively and prospectively evaluated mammograms of surgically confirmed 63 patients showing clustered microcalcifications. Area, density, number, size, shape of calcification were evaluated along with associated mass and parenchymal distortion. RESULTS: Malignant calcifications were more variable in size(14/17, 77% vs 25/46, 53%) and shape(l 1/17, 64. 8% vs 13/46, 28.2%) than benign counterparts. Pepper, fine granular, branching, comma, tadpole and wormiform calcification were observed in malignant lesion with statistical significance. The malignant calcifications showed more faint(12/17, 70.5% vs 23/46, 50%), irregular margin(17/17, 100% vs 19/46, 42%) and they were usually associated with parenchymal distortion(16/17, 94% vs 9/46, 20%) and ill-defined masses(10/17, 58.9% vs 12/46, 26.1%). CONCLUSION: Clustered microcalcifications with variable size and shape, faint or irregular margin, parenchymal distortion, ill-defined masses seen on mammography, suggest malignancy.
Humans ; Larva ; Mammography ; Prospective Studies ; Retrospective Studies

No abstract available.
Krukenberg Tumor*

No abstract available.
Choriocarcinoma* ; Female ; Ovary* ; Pregnancy

This study was purosed to investigate maternal and fetal clinical parameters effecting on maternal serum alpha-fetoprotein(MSAFP) levels at late normal singleton pregnancies. The subjects of this study were 171 pregnant women with gestational age of 36 to 42 weeks, and didn`t have any medical or gynecologic diseases. They delivered fetuses within three days after blood test of MSAFP. MSAFP levels were measured by enzyme-immunoassay. The analysed clinical parameters included fetal sex, fetal weight, gestatioal age, maternal age, gravidity, parity, maternal weight and maternal total weight gain during pregnancy. The results were as follows: At uncomplicated late pregnancies, 1. Male fetus bearers had higher MSAFP(mean: 191.8 ng/ml, SD: 80.8 ng/ml, n=79) than female-fetus bearers(mean 153.6 ng/ml, SD 73.0 ng/ml, n=92)(p=0.0014). 2. Multiparas had higher MSAFP(mean: 192.7 ng/ml, SD: 77.9 ng/ml, n=80) than nulliparas(mean: 152.3 ng/ml, SD 75.1 ng/ml, n=91)(p=0.0007). 3. MSAFP did not have correlation with maternal age, maternal weight, maternal total wight gain during pregnancy, gestational age, fetal weight. According to the above results, fetal sex and parity are the factors that influences MSAFP levels at uncomplicated late pregnancies. So MSAFP values should be interpreted with cautions.
Female ; Fetal Weight ; Fetus ; Genital Diseases, Female ; Gestational Age ; Gravidity ; Hematologic Tests ; Humans ; Male ; Maternal Age ; Parity ; Pregnancy* ; Pregnant Women ; Weight Gain

PURPOSE: To evaluate differential points of clustered microcalcification in malignant and benign lesions on histopathology and correlate with mammographic findings. MATERIALS AND METHODS: Authors evaluated differential points of malignant and benign calcifications in histopathologically confirmed 24 cases. In two patients, mapping studies and paraffin block mammographic examinations were done to correlate calcification on mammography with histopathologic morphology. RESULT: On histopathology, malignant calcifications were located in ductal lumen, while benign ones were usually located in ductal epithelium(p<0.05). However, associated three benign lesions of the 10 malignant lesions showed still benign calcifications adjacent to proven cancer. The typical malignant calcifications were the shape of lamination, while benign calcifications showed granular and salty on light microscope. In 2 mapping studies, malignant-looking calcifications within the area of predominant benign calcifications yielded atypical ductal hyperplasia. Mammographic pepper, granular, punctate, salty and S-shaped calcifications were correlated with granular and salty calcification on light microscope. Mammographic linear, branching, comma, tadpole and wormiform calcifications were correlated with histopathologic laminated calcification. CONCLUSION: Authors have recognized about characteristics of malignant Vs. benign clustered microcalcifications on histopathology. Authors concluded that if malignant-looking calcification such as linear, branching, comma, tadpole and wormiform are present in an are a of predominant benign calcifications, specimen radiographic correlation and mapping study will be necessary for better demonstration of the atypical ductal hyperplasia, hidden or associated breast cancer.
Breast Neoplasms ; Humans ; Hyperplasia ; Larva ; Mammography* ; Paraffin

No abstract available.
Churg-Strauss Syndrome* ; Folliculitis ; Skin Manifestations ; Ulcer*

No abstract available.
Acinar Cells* ; Carcinoma, Acinar Cell* ; Skin*

No abstract available.
Acinar Cells* ; Carcinoma, Acinar Cell* ; Skin*

PURPOSE: To perform and compare differential diagnosis of patients with thyroid-associated myopathy, idiopathic orbital myositis and normal controls based on orbital computed tomography. Orbital fat and extraocular muscle densities were quantified using Hounsfield Unit (HU) and their characteristics were compared and analyzed. METHODS: From February 2005 to January 2013, orbital computed tomography was performed on 90 eyes of 47 thyroid-associated myopathy patients, 18 eyes of 14 idiopathic orbital myositis patients and 280 eyes of 140 normal subjects. The average values of orbital fat and extraocular muscle densities were measured and compared using HU. The density differences between the patients with thyroid-associated myopathy and the normal group were analyzed by age, clinical activity score, ocular protrusion and disease duration. RESULTS: In the thyroid-associated myopathy group, orbital fat and extraocular muscle densities were -87.8 +/- 12.5 HU and 48.7 +/- 7.1 HU, respectively. In the idiopathic orbital myositis group, the orbital fat and extraocular muscle densities were 79.9 +/- 9.9 HU and 49.2 +/- 9.1 HU, respectively. There was a statistically significant lower result of orbital fat in the thyroid-associated myopathy group (p = 0.002), however, the extraocular muscle density did not show a statistically significant difference (p = 0.775). The orbital fat and extraocular muscle densities of the normal group were -79.0 +/- 11.2 HU and 54.3 +/- 6.3 HU, respectively. There were significantly lower results in both orbital fat and extraocular muscle densities in the thyroid-associated myopathy group than normal group (p = 0.000). In active cases and those accompanied by ocular protrusion, there was no significant difference in orbital fat density (p = 0.345 and p = 0.952, respectively), while extraocular muscle density significantly decreased (p = 0.007 and p = 0.003, respectively). CONCLUSIONS: A difference between the orbital fat and extraocular muscle densities in thyroid-associated myopathy and idiopathic orbital myositis could be quantitatively found using HU and orbital computed tomography.
Diagnosis, Differential ; Humans ; Muscles* ; Muscular Diseases* ; Orbit* ; Orbital Myositis*

No Abstract available.
Academic Medical Centers* ; Infection Control*