Table 2.
Location | Cat type | Method | Fecal positives (%) | Difference from current | Significance (χ2 test) | Reference |
---|---|---|---|---|---|---|
China |
Stray |
Mouse bioassay |
0% |
Less |
p = 0 |
[22] |
China |
Stray |
Mouse bioassay |
0% |
Less |
p = 0 |
[20] |
Egypt |
Stray |
Mouse bioassay |
0% |
Less |
p = 0 |
[21] |
Spain |
Stray and pet |
Microscopy |
0% |
Less |
p = 0 |
[18] |
Colombia |
Stray |
Mouse bioassay |
0% |
Less |
p = 0 |
[19] |
Europe |
Stray and pet |
Microscopy |
0.11% |
Less |
p = 0 |
[33] |
Switzerland |
Stray and pet |
PCR |
0.30% |
Less |
p = 0 |
[34] |
United States (CA) |
Stray and pet |
Microscopy |
0.90% |
Less |
p = 0.0001 |
[35] |
Canada (PEI) |
Stray |
Microscopy |
1.30% |
Less |
p = 0.003 |
[27] |
Finland |
Stray |
Microscopy/PCR |
1.50% |
Less |
p = 0.008 |
[26] |
Ethiopiaa |
Stray |
Microscopy |
5.50% |
Comparable |
p = 0.85 |
[28] |
Italy |
Stray |
PCR |
16% |
Comparable |
p = 0.06 |
[36] |
Ethiopiaa | Stray | Mouse bioassay | 22.20% | More | p = 0.007 | [28] |
aThe same cats were tested by both microscopy and mouse bioassay, with greater detection using mouse bioassay.
Comparison between current data and other measures of oocyst shedding in cat feces.