Results 251 to 260 of about 46,886 (295)
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Normal Serous Fluid

1989
All the serous cavities are lubricated by a small volume of fluid, but in normal conditions this is not easily accessible for examination. Fluid collected post mortem contains numerous desquamated mesothelial cells and does not give a true picture of the cell content during life.
Arthur I. Spriggs, Michael M. Boddington
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Cells of Serous Fluids

1989
The normal mesothelial lining consists of a single layer of flattened cells, with a cytoplasm only a few microns thick149,263. The cells can be obtained in this form by touching the serous lining with the flat surface of a glass slide during laparotomy or thoracotomy.
Michael M. Boddington, Arthur I. Spriggs
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Improved Detection of Adenocarcinoma of Serous Fluids with p53 Immunocytochemistry [PDF]

open access: possibleActa Cytologica, 1998
To investigate the potential value of p53 protein immunostaining in identifying malignant cells in serous fluids.We applied p53 immunostaining to 26 cytologically malignant, 8 suspicious and 34 benign specimens of serous fluids from 68 patients. For comparison, staining for carcinoembryonic antigen (CEA) was also done on all the specimens.CEA was ...
Paula Bober   +2 more
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The source of fluid and protein in serous retinal detachments

Current Eye Research, 1996
To investigate the source and protein content of sub-retinal fluid in self-forming experimental serous retinal detachments.Detachments were induced in Dutch rabbit eyes using rose bengal photosensitization to cause choriocapillaris injury and thrombosis. Serous detachments formed spontaneously within the next 24 h.
A Takeuchi   +3 more
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Malignant Cells in Serous Fluids

1989
In many cases of malignant disease an effusion is produced by some indirect mechanism, for instance a peritoneal transudate due to venous obstruction in the porta hepatis, or an inflammatory pleural effusion due to a collapsed lobe of the lung in bronchial carcinoma.
Michael M. Boddington, Arthur I. Spriggs
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The Examination of Serous Fluids by the Cell-Block Technic

New England Journal of Medicine, 1947
THAT serous fluids from patients suspected of having malignant tumors may yield information of considerable diagnostic value has been established for many years, and in 1917 Mandelbaum1 devised a technic for the preparation of cell blocks that, with but few modifications, is generally employed at present.
C. B. Chapman, E. J. Whalen
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Review of the impact of the International System for Serous Fluid Cytopathology

Cytopathology, 2023
AbstractThe International System for Reporting Serous Fluid Cytology (TIS) has been proposed by an expert working team composed of the International Academy of Cytology and the American Society of Cytopathology, following an international survey. Since its introduction, the TIS has gained worldwide acceptance, and this review aims to assess its global ...
Panagiota Mikou   +3 more
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Serous Fluids Analysis

2018
Serous fluids, or those that arise from the liquid portion of blood, may be found in any of the bodily cavities of the human body. Accumulations of these fluids in and around tissues may lead to severe consequences, especially that of heart failure, where fluids gather around the heart and affect the contractions of the heart. When fluids accumulate in
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Evolution of Methods for Cytodiagnosis of Serous Fluids

1989
The study of cells in serous fluids goes back to the earliest days of medical microscopy. In the first volume of Virchows Archiv (1847) B. Reinhardt203 described how mesothelial cells were exfoliated into serous fluid and became transformed into rounded cells containing fat granules.
Michael M. Boddington, Arthur I. Spriggs
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Measurement of Urinary and Serous-fluid Glycosaminoglycans and Urinary Hydroxyproline

American Journal of Clinical Pathology, 1977
Although analytic measurements of connective tissue components in biological fluids would frequently be useful in diagnosis and/or management of many inflammatory, neoplastic and metabolic diseases, such information is often unavailable due to the methodologic problems posed by these natural products.
James C. Ritchie   +2 more
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