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| Routine haematology, biochemistry and urinalysis show no changes specific for toxoplasmosis. However, during ''T. gondii'' infection, several features may be seen and could be suggestive. For haematology, these might include: non-regenerative anaemia, neutrophilic leucocytosis, lymphocytosis, monocytosis, neutropenia or eosinophilia. Biochemical profiles could show increased creatine kinase, ALT, SAP, bilirubin and total protein, and proteinuria and bilirubinuria may be revealed by urinalysis.<sup>1</sup> | | Routine haematology, biochemistry and urinalysis show no changes specific for toxoplasmosis. However, during ''T. gondii'' infection, several features may be seen and could be suggestive. For haematology, these might include: non-regenerative anaemia, neutrophilic leucocytosis, lymphocytosis, monocytosis, neutropenia or eosinophilia. Biochemical profiles could show increased creatine kinase, ALT, SAP, bilirubin and total protein, and proteinuria and bilirubinuria may be revealed by urinalysis.<sup>1</sup> |
| | | |
− | CYTOLOGY AND CEREBROSPINAL FLUID
| + | Cytology is of some use in the diagnosis of toxoplasmosis. Tachyzoites may be seen in the blood, cerebrospinal fluid, peritoneal and pleural effusions or transtracheal washes from clinically ill animals<sup>1</sup>. CSF analysis may show elevated protein levels. |
− | ANALYSIS
| + | |
− | In a series of cats with suspected CNS toxoplasmosis,
| + | |
− | cerebrospinal fluid (CSF) protein levels ranged from
| |
− | normal to 149 mg/% and nucleated cell counts from less
| |
− | than 5 to 28 cells/,l (M. R. Lappin, unpublished data).
| |
− | Small mononuclear cells were the predominant white
| |
− | blood cells. Cytological examination may reveal tachyzoites
| |
− | in blood, CSF, transtracheal wash fluids, peritoneal | |
− | effusions and pleural effusions from clinically ill
| |
− | animals. | |
− | FAECAL EXAMINATION
| |
| T gondii oocysts are 10 x 12 ,um in size and can be | | T gondii oocysts are 10 x 12 ,um in size and can be |
| demonstrated microscopically in feline faeces following | | demonstrated microscopically in feline faeces following |
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| zoonotic risk, a faecal examination should be performed | | zoonotic risk, a faecal examination should be performed |
| for any cat with clinical signs referable to toxoplasmosis. | | for any cat with clinical signs referable to toxoplasmosis. |
| + | |
| SEROLOGY | | SEROLOGY |
| T gondii-specific antibodies, antigens and immune | | T gondii-specific antibodies, antigens and immune |
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| serum from colostrum ingestion by comparing antigen | | serum from colostrum ingestion by comparing antigen |
| recognition patterns between the queen and kittens. | | recognition patterns between the queen and kittens. |
| + | |
| AQUEOUS HUMOUR AND CSF ANTIBODY | | AQUEOUS HUMOUR AND CSF ANTIBODY |
| AND DNA MEASUREMENT | | AND DNA MEASUREMENT |
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| not provide a definitive diagnosis of clinical toxoplasmosis | | not provide a definitive diagnosis of clinical toxoplasmosis |
| (Burney and others 1998). | | (Burney and others 1998). |
| + | |
| DEMONSTRATION OF T GONDII IN TISSUES | | DEMONSTRATION OF T GONDII IN TISSUES |
| In addition to using cytology to demonstrate T gondii | | In addition to using cytology to demonstrate T gondii |
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| be particularly true for the ophthalmic form of the disease | | be particularly true for the ophthalmic form of the disease |
| in cats. | | in cats. |
| + | |
| DIAGNOSIS OF CLINICAL FELINE | | DIAGNOSIS OF CLINICAL FELINE |
| TOXOPLASMOSIS | | TOXOPLASMOSIS |