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Further observations on inclusion-bearing cells in urinary sediment in infectious diseases
Abstract:
A study of the cytology of the urinary sediment in 43 patients with known viral diseases has revealed a variety of inclusion-bearing cells in 28.The morphology of the cells suggest that the changes recorded may be due to the viral infections, at least in some instances, bearing in mind the findings of workers quoted in our 1964 report that cellular changes very similar to those induced by virus infections can be initiated by non-viral stimuli. Multinucleate giant cells are occasionally found in chickenpox, measles, herpes simplex infection, and in mumps.
Insights
Viral infections can cause distinct cell changes in urinary sediment. Researchers observed inclusion-bearing cells in 28 of 43 patients, suggesting a link between viral diseases and these cytological findings.
Area of Science:
- Cytopathology
- Virology
- Urology
Background:
- Urinary sediment cytology is a diagnostic tool.
- Viral infections can induce cellular changes.
- Previous research noted similarities between viral and non-viral stimuli-induced cellular changes.
Purpose of the Study:
- To investigate the presence and morphology of inclusion-bearing cells in the urinary sediment of patients with known viral diseases.
- To determine if observed cellular changes are indicative of viral infections.
Main Methods:
- Analysis of urinary sediment cytology from 43 patients diagnosed with viral diseases.
- Microscopic examination to identify and characterize inclusion-bearing cells.
Main Results:
- A variety of inclusion-bearing cells were identified in 28 out of 43 patients.
- Observed cellular morphologies suggest a potential link to viral infections.
- Multinucleate giant cells were occasionally noted in specific viral infections like chickenpox, measles, herpes simplex, and mumps.
Conclusions:
- Cytological examination of urinary sediment can reveal changes associated with viral infections.
- The findings support the hypothesis that viral infections can induce specific cellular alterations in the urinary tract.
- Further research is warranted to differentiate viral-induced changes from those caused by non-viral stimuli.