Wernickes encephalopathy is an illness characterized by mental disturbance, paralysis of eye movements and ataxia of gait. The specific factor for most, if not all, of these symptoms is a deficiency of thiamine. Wemicke's encephalopathy mostly occurs in developing countries when the patient is in a state such as nutritionally deprived state, anorexia nervosa, stomach cancer, long duration of parenteral nutrition. Wernickes encephalopathy was recognized as a complication of hyperemesis of pregnancy in 1914. Unfortunately, cases continue to occur. We present here a case of Wernickes encephalopathy in a 36-year-old pregnant woman. We discuss the clinical picture, histopathology, radiology, therapeutic management and prognosis with review of the literature.
Adult ; Anorexia Nervosa ; Developing Countries ; Eye Movements ; Female ; Gait Ataxia ; Humans ; Hyperemesis Gravidarum* ; Hyperthyroidism* ; Paralysis ; Parenteral Nutrition ; Pregnancy ; Pregnant Women ; Prognosis ; Radiation Oncology ; Stomach Neoplasms ; Thiamine ; Wernicke Encephalopathy*

A nineteen year-old boy with progressive enlargement of the joints and distal extremities, clubbing, coarse facial features and hyperhidrosis was investigated. In physical examination, thickening of the scalp with furrowing (cutis verticis gyrata) and greasy thickening of skin (pachyderma) was prominent. His endocrine profile was normal. Radiological studies demonstrated bilateral symmetrical periosteal new bone formation with acroosteolysis and incidental microadenoma of pituitay gland. After extensive investigation to exclude systemic and endocrine causes, the patient was diagnosed as pachydermoperiostosis (PDP). PDP is a rare syndrome manifested clinically by finger clubbing, extremity enlargement, hypertrophic skin changes, and periosteal bone formation. The pathogenesis of the disorder has not been clarified though few endocrine abnormalities were seen. To aware of these clinical phenotype would help to differentiate PDP from acromegaly.
Acro-Osteolysis ; Acromegaly ; Extremities ; Fingers ; Humans ; Hyperhidrosis ; Joints ; Male* ; Osteoarthropathy, Primary Hypertrophic* ; Osteogenesis ; Phenotype ; Physical Examination ; Scalp ; Skin ; Young Adult*

PURPOSE: CD24 is a small heavily glycosylated glycosylphosphatidylinositol-linked cell surface protein, which is expressed in hematological malignancies as well as a large variety of solid tumors. The authors aimed to evaluate the CD24 protein expression in fibroadenomas and adenocarcinomas of the breast and its correlation to clinicopathological data. METHODS: Immunohistochemical staining for CD24 was performed on 28 mammary neoplasia, diagnosed as either adenocarcinomas (22 cases) or fibroadenomas (6 cases), to examine the relationship with clinicopathological parameters. The results of the immunohistochemical staining were evaluated by the stainability (negative, weak-, moderate-, strong-positive) and staining patterns (membranous vs. intracytoplasmic) for statistical analyses. RESULTS: The present study clearly demonstrates that CD24 was abundantly expressed in adenocarcinoma, compared to in fibroadenomas of the breast (P<0.001). Intracytoplasmic staining was noted in the adenocarcinomas only but this was not statistically significant between the adenocarcinoma and fibroadenoma groups. No significant correlations of the CD24 stainability or staining pattern were detected with the nodal status, tumor histological grade or histological subtypes. CONCLUSION: Our data suggest that abundant membranous expression or intracytoplasmic expression of CD24, as detected by immunohistochemistry, is an important tissue marker for a mammary epithelial neoplasm, which could help to define adenocarcinomas from fibroadenomas.
Adenocarcinoma ; Breast ; Fibroadenoma ; Hematologic Neoplasms ; Immunohistochemistry ; Neoplasms, Glandular and Epithelial

Cavernous malformations (CM) are vascular lesions that comprise the majority of vascular malformations with arteriovenous malformations (AVM). Microsurgical resection of CMs is the preferred management for patients with symptomatic lesion. But in group of patients with hemorrhagic cavernous malformations located in critical brain regions that were thought to pose an excessive risk for microsurgical resection. GKRS has been used as an alternative management approach for this lesions since first application by Karolinska institute in 1985. The favorable results of Gamma Knife radiosurgery (GKRS) for AVMs prompted pilot series in which GKRS was used to treat cavernous malformations. Some authors had suggested that GKRS could reduce the annual rate of hemorrhage, especially after 2-4 years latency interval. The problem with evaluating treatment results in cases of CMs is that, unlike in AVMs, that no imaging modality accurately identifies obliteration of the CM after radiosurgery. To evaluate the potential protection against hemorrhage, the incidence of posttreatment hemorrhage must be compared with the natural course of the disease. Another problem associated with radiosurgical treatment of CMs is that the radiation-induced complication rate appears to be greater than expected compared with that associated with radiosurgery of AVMs. So, radiosurgery for cavernous malformations remains controversial until present time. The clinical application of radiosurgery in CMs needs further investigation, in particular, issues of patient selection, methods of follow-up, long-term risks, and safe dose levels must be addressed.
Arteriovenous Malformations ; Brain ; Hemorrhage ; Humans ; Incidence ; Patient Selection ; Radiosurgery* ; Vascular Malformations

In order to diagnose dry eyes with the TMH, we studied the difference in the TMH between normal eyes and dry eyes. And we measured the time that the TMH after fluorescein instillation become the same with the TMH before fluorescein instillation. Measuring thar meniscus height(TMH) is easy after fluorescir instillation, but the TMH after fluorescein instillation is higher than the TMH before fluoresceirc instillation. Therefore, we measured the time that the TMH after fluorescein instillation became the same with the TMH before fluorescein instillation, and in order to diagnosis dry eyes with the TMH, we studied the difference in the TMH between normal eyes and dry eyes. The TMH was O.19 +/- O.05 mm in normal eyes and O.10 +/- O.04 mm in dry eyes, and there was a significant difference between the two groups. The time that the TMH after fluorescein instillation became the same with the TMH before fluorescein instillation was 2.19 +/- O.81 min. in the mormal eyes and 2.29 +/- O.73min. in the dry eyes. Within 4 min. after fluorescein instillation, the TMH became the same with the TMH before fluorescein instillation in all cases and the height persisted untill 7 min. after fluorescein instillation. Therefore, measuring the TMH will be easy if it is measured at 4-7 min. after fluorescein instillation.
Diagnosis ; Dry Eye Syndromes* ; Fluorescein

No abstract available.

Measuring the tear meniscus height (TMH) is easy after fluorescein installation, but the TMH after fluorescein instillation is higher than the TMH before fluorescein instillation. Therefore, we measured the time that the TMH after fluorescein instillation became the same with the TMH, we studied the difference in the TMH between normal eyes and dry eyes. The TMH 0.19 +/- 0.05 mm in the normal eyes and 0.10 +/- 0.04 mm in the dry eyes, and there was a significant difference between the 2 groups. The time that the TMH after fluorescein instillation became the same with the TMH before fluorescein instillation was 2.19 +/- 0.81 min. in the normal eyes and 2.29 +/- 0.73 min. in the dry eyes. Within 4 min. after fluorescein instillation, the TMH became the same with the TMH before fluorescein instillation in all cases and the height persisted until 7 min. after fluorescein instillation. Therefore, measuring the TMH will be easy if it is measured at 4-7 min. after fluorescein instillation.
Dry Eye Syndromes/*diagnosis ; Fluorescein ; Fluoresceins/*diagnostic use ; Humans ; Tears/*chemistry

No abstract available.
Conjunctiva* ; Melanoma*

In this report we describe twenty-two cases of intracranial tumors studied with an MR imager operating at a field strength of 0.064 T for evaluation of the clinical utility of low tesla MRI. The comfirmed diagnoses were meningioma(9 cases), astrocytoma(4 cases), glioblastoma multiforme(1 case), craniopharyngioma(2 cases), intracranial metastasis(1 case). pituitary microadenoma (1 case), hemangioblastoma (1 case), and trigerminal neurilemmoma(1 case). Meningiomas appeared as well-marginated, homogenous signal intensity masses(67%) in most cases. Most meningiomas showed iso-signal intensity(78%) on T1-weighted images, and high signal intensity on T2-weighted images. After Gd-DTPA enhancement, diffuse homogeneous contrast enhancement(75%) was well see. The multiple hemorrhagic foci within the glioblastoma multiforme were identified, which shoed high signal intensity on T1-weighted images and low signal intensity on T2-weighted images(intracellular methemoglobin), or high signal intensity on both T1 and T2-weighted images(extracellular methemoglobin). One case of cerebellar hemangioblastoma was a well-defined cystic mass with contrast enhanced mural nodule but no identification of characteristic signal void vessels. The remianing tumors showed low signal intensity on T1-weighted images, and high signal intensity on T2-weighted images. Gd-DTPA enhancement was helpful in separating the lesion from the surrounding edema or normal tissue, but had limited diagnostic value in characterizing the nature of the mass. The advantages of low tesla MRI are as follows on requirement of cooling water or electricity, open design, shorter T1 relaxation time compared with high tesla unit that increases the difference of T1-relaxation time between tissues, ease of installation, and cost effectiveness. In conclusion, the low tesla MRI is useful for the detection and evaluation of the brain tumors.
Brain Neoplasms ; Cost-Benefit Analysis ; Diagnosis ; Edema ; Electricity ; Gadolinium DTPA ; Glioblastoma ; Hemangioblastoma ; Magnetic Resonance Imaging ; Meningioma ; Relaxation ; Water

The application of stereotactic radiosurgery for cerebrovascular malformations began in the early 1970s. Despite pooly documented response of vascular malformations to externally fractionated radiotherapy, single fraction, high dose, small-field, focused irradiation of small vascular malformations were found to be effective and non-invasive method to obliterate vascular malformations. During last thirty years, overall role of stereotactic radiosurgery has been established in the management of carefully selected vascular malformations. By 1998 world-wide, more than 20,000 patients had undergone Gamma Knife radiosurgery for arteriovenous malformations. In comparison to other forms of nonsurgical management or surgical excision, stereotactic radiosurgery has number of advantages. In properly selected, small volume AVMs, the total obliteration rate at two years appears to be acceptably high(more than 80%), and is associated with low morbidity(less than 2-3%). In contrast to open surgical removal, radiosurgery is associated with none of the risk of microsurgical resection such as blood loss, infection, acute neurological deficits and operative mortality. And yet, major problem of radiosurgery is that it is still exposed to any potential risk of bleeding during latent period before complete obliteration of arteriovenous malformations. Continuous study and researches are recommended for radiobiological clearance. To solve this problem and to enhance the effectiveness of treatment, new energy source should be developed to reduce latent period until complete obliteration would be secured, while reducing the chance of risk by irradiation. Presently, radiosurgery is applied to other vascular malformations such as cavernous angioma or venous angioma, yet, the result is still subject to controversy. Thus, more rigorous research, clinical experience, and enhanced treatment plan should be sought.
Arteriovenous Malformations ; Hemangioma ; Hemangioma, Cavernous ; Hemorrhage ; Humans ; Mortality ; Radiosurgery ; Radiotherapy ; Vascular Malformations