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Table 1 Molecular detection of tick-borne microorganisms in spleen and blood of free-living ungulates. Values represent numbers of positive/examined samples and infection rates (%)

From: Diverse tick-borne microorganisms identified in free-living ungulates in Slovakia

 

Capreolus capreolus

Cervus elaphus

Dama dama

Ovis musimon

Sus scrofa

χ2-value

P-valuea

 Total infection (spleen and/or blood)

A. phagocytophilum

13/14 (92.9)

8/8 (100)

21/22 (95.4)

8/9 (88.9)

11/39 (28.2)

44.244

<0.001

Theileria sp.

13/14 (92.9)

8/8 (100)

20/22 (90.9)

  

0.767

ns

Mixed infection

11/14 (78.6)

8/8 (100)

20/22 (90.9)

  

2.546

ns

 Spleen

A. phagocytophilum

12/14 (85.7)

8/8 (100)

20/22 (90.9)

6/9 (66.7)

10/39 (25.6)

37.553

<0.001

Theileria sp.

12/14 (85.7)

3/8 (37.5)

18/22 (81.8)

  

7.403

<0.05

Mixed infection

11/14 (78.6)

3/8 (37.5)

17/22 (77.3)

  

5.108

ns

 Bloodb

A. phagocytophilum

6/12 (50.0)

8/8 (100)

16/17 (94.1)

4/7 (57.1)

6/31 (19.3)

21.836

<0.001

Theileria sp.

8/12 (66.7)

8/8 (100)

15/17 (88.2)

  

4.384

ns

Mixed infection

6/12 (50)

8/8 (100)

14/17 (82.3)

  

7.281

<0.05

 Spleen and bloodb

A. phagocytophilum

6/12 (50.0)

8/8 (100)

16/17 (94.1)

3/7 (42.8)

5/31 (16.1)

35.597

<0.001

Theileria sp.

8/12 (66.7)

3/8 (37.5)

15/17 (88.2)

  

6.813

<0.05

Mixed infection

4/12 (33.3)

3/8 (37.5)

11/17 (64.7)

  

3.279

ns

  1. Abbreviation: ns, not significant
  2. aPrevalence of A. phagocytopilum was compared between all examined ungulate species whereas the prevalence of Theileria sp. was compared between the three cervid species
  3. bBlood was not available from all animals